Enhance Your Current Technology Environment
RealiSES is a cloud-based data integration application that provides real-time visibility into business processes. RealiSES pulls data from any number of sources and combines it to create a single view of information that is unavailable through traditional means, thus extending the life and value of current systems.
Because RealiSES never replicates any information and only accesses information at its natural source, information presented is always in real-time.
RealiSES has powerful capabilities that can be used to extend functionality across all systems, avoiding the need for costly system replacements or untimely and problematic updates to system interfaces. RealiSES facilitates the integration and sharing of information across your entire organization and is a fully customizable solution. It enables access to information across all computing devices to produce a cohesive, up-to-date view of critical corporate information that can be presented onto a single web page. As a result, companies with many disparate systems can now provide a unified information solution for their business operations, customers and their customers’ customers.
- RealiSES can enhance your current technology environment. With RealiSES, new tools and technologies can be used seamlessly with older systems. RealiSES integrates data from different repositories, which can easily feed into new web-based applications, providing richer functionality and extending the life of your existing systems.
- RealiSES is able to work with virtually any data source. Because RealiSES is technology agnostic, your business can eliminate expensive capital investments that are required with other integration solutions.
- RealiSES is based on fully open technology. Because RealiSES is based on fully open technology, RealiSES seamlessly integrates with desktop computing software. As a result, information from many different corporate systems can be captured in a single spreadsheet.
- RealiSES provides Unified Business Intelligence. Armed with better information, your company will be well positioned to optimize operations, while enhancing your communication internally and with customers and business partners.
- RealiSES is cloud-based. Our SaaS solutions ensure that your costs are minimized and that scalability is seamless. Our cloud-based solutions help you reduce costs in IT infrastructure, software and maintenance. As a cloud-based application, RealiSES is always available from any location you need it.
Contact Us for a demo and to learn more about how RealiSES can take your organization’s existing data management processes to the next level.


Have you ever seen a robot that can understand human language and do what you ask it to do?
It might sound like something out of a science fiction movie, but with the advancements in artificial intelligence, it’s becoming a reality.
Google has developed a new visual language model called PaLM-E that not only understands human language but can also interact with the physical world through robotics.
PaLM-E is different from other large language models because it’s embodied, meaning it’s not just a program running on a computer but is connected to a robot that can see, hear, and move.
This allows PaLM-E to not only process language but also incorporate visual feedback and auditory information to perform tasks.
For example, if you ask PaLM-E to bring you a glass of water, it can use its vision to locate the glass and its arms to pick it up and bring it to you.
Another cool thing about PaLM-E is that it can adapt to different environments and tasks.
It’s trained to be “sparsely activated,” which means it doesn’t need to use its entire neural network for every task.
This makes PaLM-E more efficient and allows it to generalize across different domains and tasks.
So, if you want to learn about the cutting-edge technology that’s shaping our future, keep reading!
PaLM-E is a fancy computer program that can understand and make language, as we humans do. But what makes it extraordinary is that it can also use pictures, sounds, and other information to understand and generate language.
It’s called an “embodied” language model because it can act like a human and interact with the world. It can recognize a cat in a picture and describe it in words. Or if you ask it a question about a video, it can watch the video and give you an answer.
PaLM-E is also “multimodal,” which means it can use different types of information at the same time. This makes it more practical than other language models. For example, it can use both words and sounds to understand and make language, which is important for things like talking to virtual assistants or playing video games.
PaLM-E is a powerful tool that can be used in many different ways, like helping virtual assistants or improving customer service. It’s also helping scientists understand how humans use language and interact with the world.
PaLM-E works by taking different types of information, like images or robot data, and transforming them into a type of mathematical representation that a computer can understand. This is similar to how a pre-trained language model processes text. The computer breaks the information into parts called “tokens” and gives each one a unique set of numbers. Then it uses these numbers to predict what the next word or piece of information will be.
PaLM-E takes these tokens and also includes other types of information like images and robot data. The computer can then generate a response, like an answer to a question, by using all of this information together.
To make this work, PaLM-E trains “encoders” that can take all of these different types of information and transform them into the same mathematical space as the word tokens. This makes it possible for the computer to use all of this information together in the same way it processes language.
PaLM-E uses pre-existing models for both language (PaLM) and vision (ViT) components, which can be updated during training to improve its performance.
PaLM-E is a computer program that can do lots of things.
It’s called an “embodied” language model because it can do tasks on robots using different types of information like pictures and robot data.
But that’s not all, it’s also really good at language tasks like solving math problems or even writing code!
PaLM-E is made by combining two powerful models: PaLM and ViT-22B.
The biggest version, called PaLM-E-562B, is the best at understanding pictures and language together without needing to be trained for a specific task.
Even though it’s so good at pictures and language capabilities, it’s still really good at understanding and making language like the smaller version, PaLM-540B.
PaLM-E provides a new way of training a generalist model by incorporating robot tasks and vision-language tasks into a single framework that uses images and text as input and produces text as output.
This approach has the advantage of facilitating positive knowledge transfer from both the language and vision domains, which improves the effectiveness of robot learning.
PaLM-E can perform a wide range of robotics, vision, and language tasks without any performance degradation, and incorporating visual feedback language data actually enhances the performance of the robot tasks.
This transfer of knowledge also enables PaLM-E to learn robotics tasks efficiently, requiring only a small number of examples to solve a given task.
PaLM-E is an AI model that has been evaluated on various tasks in three different robotic environments.
The first environment involves a mobile robot operating in a kitchen environment where PaLM-E successfully completes tasks such as retrieving a bag of chips and grabbing a green block, even when the block has not been seen before.
The second environment involves a tabletop mobile robot platform where PaLM-E solves long-horizon tasks like sorting blocks by colors into corners, even visual tasks that were previously considered out of scope for autonomous completion.
The third environment is a task and motion planning environment where PaLM-E produces plans for combinatorially challenging planning visual tasks such as rearranging objects.
PaLM-E is a visual-language generalist and performs well on visual-language tasks such as visual question answering and image captioning.
PaLM-E also exhibits capabilities like visual chain-of-thought reasoning and performing inference on multiple images even though it was only trained on only single-image prompts.
Additionally, PaLM-E achieves the highest reported number on the challenging OK-VQA dataset without fine-tuning specifically on that task.
The model leverages visual and language knowledge transfer to effectively solve various tasks in different robotic environments.
The release of the Pathways Language Model (PaLM) by Google is considered a significant breakthrough in the field of artificial intelligence (AI).
This model has been trained with the Pathways system, which allows it to efficiently perform various tasks across multiple domains while also exhibiting excellent generalization capabilities.
PaLM is a large language model that, like others of its kind, improves in performance as its scale increases, and it can simultaneously process diverse forms of data, including text, images, and speech.
Notably, PaLM has been trained to be “sparsely activated” for tasks of all levels of complexity, rather than activating the entire neural network for every task.
A language model uses machine learning to conduct a probability distribution over words used to predict the most likely next word in a sentence based on the previous entry.
In summary, PaLM-E is evaluated on three robotic environments and general vision-language tasks, demonstrating its ability to transfer knowledge from vision and language domains to improve the effectiveness of robot learning.
PaLM-E controls a mobile robot operating in a kitchen environment and a tabletop robot to successfully complete long-horizon tasks. It also produces plans for a task and motion planning environment, and exhibits capabilities like visual chain-of-thought reasoning and performing inference on multiple images.
PaLM-E is a competitive model, achieving the highest number ever reported on the challenging OK-VQA dataset.
PaLM-E pushes the boundaries of how generally-capable models can be trained to simultaneously address vision, language, and robotics, and might be a key enabler to other broader applications using multimodal learning.
- Orangedox Review: An In-Depth Look at Document Protection & Data Rooms
- Writecream Review: What is it, What Can You Do, What Can’t You Do, Pros & Cons, Price, Integrations, FAQ, Best & Worst User Reviews
- SalesFlow Review: What is it, What Can You Do, What Can’t You Do, Pros & Cons, Price, Integrations, FAQ, Best & Worst User Reviews
- Wiza Review: What is, What Can You Do, What Can’t You Do, Pros & Cons, Price, Integrations, FAQ, Best & Worst Users Reviews
- Dux-Soup Review: What is it, What Can You Do, What Can’t You Do, Pros & Cons, Price, Integrations, FAQ, Best & Worst User Reviews


Key Features: i-limb digits
Every i-limb digits solution is unique, but here are some of the key elements that have to be considered for every fitting:
There are physical criteria that dictate whether i-limb digits is an appropriate solution or not. Ideal candidates for i-limb digits have amputation levels through, or just proximal, to the metacarpal phalangeal level of one or more digits. We consult with prosthetists in order to ensure that the appropriate i-limb digits solution is supplied.
Socket Interface Materials
Every effort is made to ensure that i-limb digits solutions preserve the critical functional elements of the hand, as well as protecting any compromised skin. This preservation is normally accomplished by using silicone interface materials, which allow users to comfortably wear the sockets without further irritating or damaging the soft tissue of their digits or hands.
Each i-limb digits solution requires batteries, access to charging the batteries, and a method of turning the device off and on.
Positioning these elements in the device depends on the length of the remnant limb. If the amputation is far enough proximal to the MCP joints, these elements of the device can be integrated into the "palm" of the prosthesis.
If the limb deficiency site is more distal, then the "hardware" must be moved onto the forearm, and housed in as unobtrusive a method as possible, while still providing access for charging the batteries.
Battery, controller module and associated wiring have been housed in a number of personalized and functional ways and result from the interaction between the patient and the prosthetist.
This aspect of i-limb digits design is one of the more challenging and requires an experienced upper limb prosthetist to customize this design.
The most common method of controlling i-limb digits is to use myoelectrodes or force-sensing resistors (FSR's). Electrodes sense muscle contraction while sitting on the skin above the muscle. The muscle contraction is filtered, amplified, and then sent to the processor which tells the fingers whether to open or close.
FSRs sense pressure and can be utilized if motion is available from a remnant digit to press into one or more of these sensors.
The biosim mobile control app allows the prosthetist to interact with the i-limb digits system. It communicates wirelessly via Bluetooth® connection between the mobile device and the controller inside the prosthesis.
biosim allows the prosthetist to make adjustments to the prosthesis without tethering and statistical information can be gathered in real-time.
Input signals can be adjusted through gain and threshold levels, various control strategies can be changed and utilized, and hand features can be enabled and disabled all through biosim.


The world of betting has undergone a significant transformation in recent years, with online platforms emerging as the driving force behind its rapid evolution. Traditional betting methods, such as visiting brick-and-mortar bookmakers or casinos, have gradually given way to the convenience and accessibility of online betting platforms. As we move further into the digital age, it is evident that these online platforms will continue to take the lead in shaping the future of betting. One of the key reasons behind the rise of online betting platforms is their ability to cater to a global audience. These platforms allow users from different parts of the world to participate in a wide array of betting activities, ranging from sports betting to casino games, all from the comfort of their homes. This accessibility transcends geographical boundaries, making it possible for people to bet on their favorite events regardless of where they are located. As technology advances and internet connectivity improves, online platforms will only become more inclusive and accessible to an even broader audience.
Furthermore, online betting platforms have been at the forefront of leveraging cutting-edge technologies to enhance the bonus veren siteler betting experience. Artificial intelligence and machine learning algorithms are being used to analyze vast amounts of data and provide users with personalized recommendations and insights. This not only improves the user experience but also helps bettors make more informed decisions, thereby increasing their chances of success. Additionally, virtual reality and augmented reality technologies are being integrated into betting platforms, allowing users to immerse themselves in virtual betting environments that replicate the thrill of a physical casino or sports arena. Mobile technology has played a crucial role in the success of online betting platforms, enabling users to place bets on the go. With the widespread adoption of smartphones and tablets, bettors can now access their favorite betting platforms from virtually anywhere.
This mobility has not only increased user engagement but has also opened up new avenues for live betting and in-play wagering, where bets can be placed during the course of an ongoing event. The future of betting on online platforms also holds the promise of greater regulatory clarity. As governments and regulatory bodies recognize the potential of the online betting industry, they are increasingly working to create clear and consistent frameworks to govern its operations. This move towards regulation will not only protect consumers but also foster an environment of trust and legitimacy, attracting more users to online platforms. In conclusion, the future of betting undoubtedly lies in the hands of online platforms. Their global reach, technological innovations, mobile accessibility, and growing regulatory compliance make them a formidable force in the betting industry. As the digital landscape continues to evolve, we can expect online betting platforms to lead the way in offering exciting, immersive, and responsible betting experiences to a diverse and ever-expanding audience.


ARDUINO FOR BEGINNERS ESSENTIAL SKILLS EVERY MAKER NEEDS. John Baichtal. East 96th Street, Indianapolis, Indiana USA. ii. Arduino for. th Street,. Indianapolis, Indiana USA. ARDUINO FOR. BEGINNERS. John Baichtal. ESSENTIAL SKILLS EVERY MAKER NEEDS. John Baichtal is a contributor to MAKE online, and is good at He’s put this talent to use in his new book, Arduino for Beginners, which.
|Published (Last):||16 March 2011|
|PDF File Size:||13.85 Mb|
|ePub File Size:||9.30 Mb|
|Price:||Free* [*Free Regsitration Required]|
Discover Arduino, join the DIY movement, and build an amazing spectrum of projects… limited only by your imagination! John Baichtal is an expert on getting newcomers up to speed with DIY hardware. First, he guides areuino gently up the learning curve, teaching you all you need to know about Arduino boards, basic electronics, safety, tools, soldering, and a whole lot more.
From there, he branched out into authoring books about toys, tools, robots, and hobby electronics.
Arduino for Beginners: Essential Skills Every Maker Needs, John Baichtal, eBook –
Most recently he wrote Make: He lives in Minneapolis, MN, with his wife and three children. John Baichtal has helped thousands of people get started with robotics.
He knows what beginners need to know. He knows your questions. He knows where you might need extra help. Hundreds of full-color photos guide you through every step, every skill. Wondering just how much you can really do?
Baichtal shows you 30 incredible robots built by people begiinners like you! This is a unique introduction to programming robots to execute tasks autonomously.
Drawing on years of experience in artificial intelligence and robot programming, Cameron and Tracey Hughes introduce the reader to basic concepts of programming robots to execute tasks without the use of remote controls.
A Guide to Controlling Autonomous Robots takes the reader on an adventure through the ofr of Midamba, a lad who has been stranded on a desert island and must aarduino a way to program robots to help him escape.
In this guide, you are presented with practical approaches and techniques to program robot sensors, motors, and translate your ideas into tasks a robot can execute autonomously. Along the way the reader will learn how to:.
Breathe life into the robots of your dreams—without advanced electronics or programming skills. Arduino Robot Bonanza shows you how to build autonomous robots using ordinary tools and common parts. Learn how to wire things up, program your robot’s brain, and add your own unique flair.
This easy-to-follow, fully illustrated guide starts with the Teachbot and moves to more complex projects, including the musical TuneBot, the remote-controlled TeleBot, a slithering snakelike ‘bot, and a robotic arm with 16 inches of reach! Foe for the Arduino 1.
John Baichtal, arduuno 1 author of hardware hacking books for beginners, will teach you all the skills you need. First, Baichtal shows you the amazing drones others have built. Then, he walks you through several complete projects: Not ready to start from scratch?
Hundreds of full-color step-by-step photos teach you every step, every skill. Account Options Sign in. Absolutely no experience needed!
Learn Arduino from the ground up, hands-on, in full color! Flowing text, Original pages. It syncs automatically with your account and allows you to read online or offline wherever you are.
Please follow the detailed Help center instructions to transfer the files to supported eReaders. The Beginner’s Guide to Building Robots. Learn robot building from the ground up, hands-on, in full color!
A Guide to Controlling Autonomous Robots. Start programming robots NOW! Learn hands-on, through easy examples, visuals, and code This is a unique introduction to programming robots to execute tasks autonomously. Along the way the reader will learn how to: Program robots safely using S.
Get started on the Arduino board and software Build a microcontroller-based brain Hook up high-tech sensors and controllers Write and debug powerful Arduino apps Navigate by walking, rolling, or slithering Program your ‘bot to react arduiino explore on its own Add remote control and wireless video Generate sound effects and synthesized speech Develop functional robot arms and grippers Extend plans and add exciting features.
Join Kobo & start eReading today
Want to create devices that interact with the physical world? This cookbook is perfect for anyone who wants to experiment with the popular Arduino microcontroller and programming environment. Get up to speed bbeginners the Arduino board and essential software concepts quicklyLearn basic techniques for reading digital and analog signalsUse Arduino with a variety of popular input devices and sensorsDrive visual displays, beginnerrs sound, and control several types of motorsInteract with devices that use remote controls, including TVs and appliancesLearn techniques for handling time delays and time measurementApply advanced coding and memory handling techniques.
Building Your Own Drones: Build your drone, step-by-step, with this full-color, hands-on guide!


In general, enterprise resource planning (ERP) has come a long way in the world of technology. But, like all other technology software currently on the market, there is always room for improvement. Because of this, enterprise resource planning (ERP) also could gain a lot more by adopting new trends. With many companies and corporations becoming IT dependent today, a huge amount of data has become underutilized. If a company combines analytical tools to their enterprise resource planning, the organization can make predictions that are accurate based on their data. When using the data their business strategy will also become more intelligent.
By using a concept known as the Internet of Things provides the capability to use a network to transfer data with no human assistance. Pairing this with enterprise resource planning allows devices to be utilized with different tools including vehicles. It does this by feeding data to the applications that the cloud is holding. This allows easy access to vital information such as performance, usage, and location. Having this information also allows companies to track assets that are unused or when they require maintenance.
Lastly, a great trend that could easily change the future of enterprise resource planning involves context. By integrating a context aware function on PCs and apps, you can easily anticipate the needs of the user thus efficiently improving daily tasks. A great example of this is once a technician arrives at your location, they will automatically receive the data, history of their customer, and instructions for the job.


The Joint Light Tactical Vehicle is here, and is powered by diesel…
February 12, 2019 | Farming UK
The world's first autonomous orchard sprayer has been announced, using GPS, vehicle sensors and software to remotely monitor crops.
California-based Crinklaw Farm Services has unveiled the Global Unmanned Spray System (GUSS), which has worked alongside engine company Cummins.
Gary Thompson, Marketing Director for Crinklaw Farm Services, said: “GUSS’s whole design philosophy is based around innovation, efficiency and performance – building a machine that can spray row after row, day after day.”
Ann Schmelzer, Global General Manager of Agriculture at Cummins, added: “As an incredibly innovative sector, agriculture provides a fantastic platform for autonomy, particularly when higher operational efficiencies and increased productivity are primary objectives.
“Integrating ultra-clean diesel engines with autonomous service vehicles is a great example of how the agriculture industry continues to move forward. We are excited to power such groundbreaking innovation,” she said.


6 Poles 115V Receptable
6 Poles 115V Receptable Features:
- Solutions for 115V, 200V, 240V, 416V, and 480V applications.
- Receptacle options include: shields, replaceable contacts, and spring-loaded covers.
- Plug types: molded onto the cable with integral strain relief, field replaceable, and models with integrated electrical switches.
- Banded and single-jacketed cable configurations.Circular-plug, B1-B, and special-purpose cables including jumpers, single-point refueling, extensions,and Y adapters.
- Available with your company logo.
Titan GSE is YOUR total ground support equipment provider. We can customize any ground support equipment to suit your specifications.


The Vocollect™ SRX2 Bluetooth® wireless headset sets the standard for user ergonomics and performance, enhancing the worker experience with the most comfortable wireless headset option available. With Vocollect SoundSense™ voice recognition technology, the SRX2 wireless headset gives you the highest levels of accuracy and performance.
Better Recognition with SoundSense™
SoundSense Technology reduces unwanted noise insertion by 50% to provide superior voice recognition for greater worker productivity.
Shareable Component Design
Drastically lowers your operating cost per employee – detachable headbands let them share the electronic components across multiple shifts.
Superior User Comfort
The SRX2 features the most ergonomic headband with multiple levels of adjustment so employees can work with complete comfort and high job satisfaction.
Intelligent Battery Management
The batteries are designed to last two full shifts for uninterrupted work.
TouchConnect™ for Seamless Pairing
Seamlessly pair your Vocollect mobile device and the SRX2 wireless headset to reduce shift start-up processes from minutes to seconds.
Boost Productivity & Accuracy with Voice
Enables 10-20% gains in productivity and up to 99.99% accuracy across most DC workflows.
The Vocollect SRX2 wireless headset provides superior speech recognition with SoundSense Technology.
- Embedded multi-microphone array reduces unwanted word and sound insertions by more than 50% compared to other headsets used in high noise environments.
- Uses high fidelity acoustic sampling for higher audio clarity.
- Advanced Speech Recognition Protocol ensures zero loss of speech and audio information, thus providing the highest levels of accuracy and worker performance.
The Vocollect SRX2 device also features an innovative shareable component design.
- Enables shared use of electronics while preserving individual worker hygiene through the use of individual headbands.
- Reduces both the up-front cost and the ongoing cost of ownership.
- High operating performance capabilities with flexible components for reduced investment options.
- The most comfortable and ergonomic wireless headset option available (including our 280° spin design) for improved worker satisfaction and safety.
The Vocollect SRX2 is a wireless headset solution for all environments.
- Designed and certified to operate in every high noise environment, from dry to cool to freezer.
- Features great battery performance that lasts up to 10 hours in freezing temperatures (operational to -22°F and up to 20 hours in dry environments).
Find out more about what your business can accomplish with the Vocollect SRX2 Bluetooth wireless headset and Honeywell workflow solutions. Contact us today.
Vocollect Solutions Brochure
Intimo Lingerie Case Study
Brochures and Guides
Software downloads can be accessed through the Workflow Solutions Technical Support Portal at http://vocollect.custhelp.com/. Note that you will need to create an account.
Find information about Honeywell’s product warranties
Get customer and product support for your Honeywell products
Learn about Honeywell’s professional and contract services
Find supporting software for your Honeywell products


ImaGem has launched 3DPro for interactive visuals to facilitate the buying and selling of diamonds.
The firm said that the 3DPro expands the diamond experience from a static image to a dynamic 3D experience.
The output is available in the form of a downloadable video or an interactive 3D visual hosted on its powerful cloud servers. The video can be used on any sales platform of the customer's choice, and the 3D visual can be embedded on a client's website or sales platform and gives the viewer an option to interactively play the video.
The ImaGem 3DPro is an advanced version of GemInsight introduced in 2005. GemInsight is used to take videos and still photographs of gemstones and jewelry from the face up position. 3DPro captures 3D videos and images. The images show the diamond's brilliance, sparkle and intensity from different angles. The 3DPro is operated via a computer and is connected to the Internet, IDEX reported.
Diamonds, gemstones and jewelry can be sent to ImaGem's service center in the US with a typical turnaround time of two business days. This service will also be available soon at ImaGem's service center in Surat, India. Alternatively, it can be leased, the company explained.


An information can be useful or not depending on the time and other circumstances that affect it. If it comes too early, it is not a good or proper time. It is the same when it will be delayed that it becomes meaningless. Because of the data and information that was gathered and based on observation of actual events that happened, predictions can be made for the future. That is why a useful information is needed at the proper time to be able to arrive at a useful conclusion for prediction.
In the video above, you can see that there are discussed trends in three industry. The three industries are mobile, data analysis and internet of things. The mobile industry is rising in another aspect of use in the office work and for individuals needs. Mobile phones are becoming primary tools in conducting internet transactions quickly replacing the desktop and laptops as mediums. Many transactions are now done through the internet and as mobile phones are easily connected to them, there is a growing preference for their use.
The internet of things which is the third industry has much also to offer and many discoveries are being made that includes tools that are connected to the internet to see the result through a cellphone. With them working together they will produce amazing things that are fast and they are very accessible, best article to read. Internet connections are now advancing so it might not be a concern.


Each section consists of two lollipop editors that display/modify a vector of complex numbers. In the cartesian view (default), these two represent the real (left) and imaginary (right) parts of the vector's elements. In polar view (switch using button to the left of the section) these two represent absolute values (left) and argument angels (right). Note that the polar view allows entering "negative absolute values", which are interpreted as positive absolute values with an additional argument angle offset of π. It also allows editing argument angles outside range [-π, +π[, which are renormalized into said range. Pressing the auralization button converts the associated complex vector into a stereo clip and continually loops over it with a sampling rate of 11025Hz, four times slower than usual in order to pitch down the waveforms by two octaves.
The lollipop waveform editors support the following editor modes: The pencil is designed to edit multiple values while keeping the mouse button pressed. The sticky pencil is designed to modify one sample in great detail, without loosing grip on it. The rotor tool allows the samples to be rotated to the left of right (single channel), while the mirror tool allows them to be mirrored at the horizontal axis. The eraser tool erases single values, while the reset button resets all values of both sections to zero.
The fold button causes a folding operation to be performed before Fourier transforming the values from the frequency to the time domain (top to bottom), and a corresponding unfolding operation after inverse Fourier transforming the values from the time to the frequency domain (bottom to top). This untangles the frequency domain values into a stereo spectrum, effectively using only a single O(N*logN) Fast Fourier Transform plus one O(N) folding operation. In fold mode, the left half of the complex values in the frequency domain (both editors) represent the spectrum of the left channel in the time domain (with ascending frequencies), while the right half of said values represents the corresponding spectrum of the right channel in the time domain (with descending frequencies); the values are best viewed in polar coordinates. The complex values at index zero and ½N combine 0Hz (real part) and the Nyquist Frequency (imaginary part) of their respective channel.
Please contact firstname.lastname@example.org in case of problems or bugs.


The future is now – DCHI annual event
Hosted by: DCHI
In true DCHI style, DCHI will host an interactive event on November 5th during ImpactFest, fully focused on collaboration. We look forward to bringing together experts, practitioners and professionals around the theme:
THE FUTURE IS NOW!
Using digitization to create a positive impact in the humanitarian context.
Kicking off with a key-note from Yuri van Geest, who will show us what we should know from the convergence of emerging technologies such as ICT, biotech, nano tech, artificial intelligence and new energy and how we can put them into practice.
Following the key-note, we will head straight into a co-creation workshop we will explore the different technological innovations and how they can be put to use in the humanitarian context. Different expertise’s working together will enable us to gain an insight in the potential we have to offer each other.


The Most Advanced Thermal Imaging Rifle Scopes
Night vision and hog hunting are best achieved with the aid of advanced tools and implements such as the ATN ThoR system. Technology has made different sophisticated ATN ThoR devices available at more affordable prices which can be used in effective hog hunting and night vision. Some of these advanced thermal imaging rifle scopes include ThOR-336 4.5X-18X, ThOR-336 9X-36X, ThOR-336 1.5X-6X, to mention a few. The ATN ThOR platform is built with top notch features that ensure effectiveness. It comes with features unheard of in similar Items at unmatched prices, causing it to rank among the highest when it comes to hog hunting.
ThOR comes with a color OLED display that delivers a sharp color reticle every time. Many people worry about targeting problems and errors in the use of thermal vision tools. The good news is that the ATN ThOR platform is designed to prevent such errors and ensure a hit every time. ATN ThOR devices are exceptional as a result of their image quality. Their image quality is such that it is easy to see through darkness and even through severe conditions like fog and smoke. This makes them efficient for use in all conditions. ATN ThOR devices the best Thermal Scopes on the market. They have the widest user base of any TI scope, from hunters to policemen to even military snipers world wide. The new ATN ThOR is very advanced and therefore comes with a load of features that are not featured in the older forms of ATN ThOR.
The applications and usages of ATN ThOR are varied and many. The devices are used for nighttime hunting, border patrol, police, SWAT, special operations, and force protection, to mention several. These devices come equipped with features that enable them to properly execute any mission. Besides, when purchasing ATN ThOR devices, a complimentary 3 year warranty will cover both the device and any ATN accessories for it. When it comes to security, hunting and any professional purposes requiring night vision, there is no better device than an ATN ThOR. You can find the device that matches your unique needs and requirements, and order your own to experience all the unique features of the ATN ThOR.


Wehrs Electric, Inc. has been doing residential work since 1948. Since then, a lot has changed. We strive to change with the times to give our customers the newest options in the industry. Smart homes and LED lighting are a couple of the major changes in the last few years. We also are seeing people adding generators to their homes in case of power outages.
We now have the capability to control your entire home from your smart phone. Lights, window shades, garage doors, outlets, security systems, and stereos are all things that can be controlled with the touch of a button.
With LED lighting, you are able to control the brightness and color of all the lights in your home. The price for LED lights has come down significantly over the past few years. You still might be paying a little more up front, but LED lamps and fixtures will save you money in the long run. They have a much longer lifespan and also use significantly less power. Both of these things mean money in your pocket.
Whether you just bought a new flat screen TV and need a new outlet for it or you are building your dream home, contact Wehrs Electric, Inc. and we will be glad to help.


Frontiers of THz Science, 5-6 September 2012
We would like to invite you to a workshop entitled 'Frontiers of THz Science' to be held at SLAC on 5-6 September, 2012.
THz radiation occupies a special region of the electromagnetic spectrum often referred to as the "THz gap". The radiation is non-ionizing and has a strongly material dependent penetration depth. The THz spectral range contains most vibrational and rotational modes of molecules and important collective excitation modes of materials, making it important for the study of scientific problems ranging from energy flow in molecules to quantum control of matter. It is also of interest for the understanding of astrophysics data.
The science of the THz range is far from fully developed yet offers extraordinary promise. With the recent development of laser and accelerator based THz sources there is a growing awareness and interest in exploring the scientific opportunities associated with this spectral range. As an accelerator laboratory with considerable laser expertise and home of two national x-ray user facilities, SSRL and LCLS, SLAC is uniquely positioned to develop THz sources with unprecedented properties, such as high fields that rival bonding fields of valence electrons, and the utilization of the THz fields for the manipulation of matter. In particular, THz fields may be used to trigger selected atomic motion and possibly chemical reactions that can be directly observed by the ultrafast x-ray pulses of LCLS.
This workshop is focused on exploring and defining scientific opportunities associated with THz radiation in a wide range of scientific fields.


Tracking you at the V&A digital weekend
Tine Bech's generative sound installation 'Tracking You' was received very well at the V&A's Digital Design Weekend, between the 22nd and 23rd of September 2012. Tracking You, and the broader Digital Design Weekend, received a large number of visitors, with many taking the opportunity to play with sound. The installation forms part of Tine's practice-based PhD research and uses people’s movements to generate sound.
Participants are invited to wear capes that are augmented with RFID tags. Through the use of real-time positioning technology the capes are tracked and generate sound dependant on location, speed and where they are according to each other. Participants can choose between five silk capes printed with a digital pattern in different colours. Each cape has its own sound profile.


What is power washing?
Powerwashing a Chromebook erases all the user account data and profiles stored on it. Sometimes it is necessary to do a power wash if the chrome operating system is not functioning properly.
How to powerwash your Chromebook
- Make sure your device has at least 25% battery available and is turned on.
- Ensure your wireless network is available.
- Hold down the CTRL+ALT+Shift+r keys:
- On the next screen select “Powerwash” and then click “Continue”.
- Your system will reboot to a “powerwashing” screen and then reboot again.
- After the 2nd reboot click “Let’s go”.
- Select and connect to a WIFI network. If you are powerwashing the device at school connect to the BYOD network with your PVNC credentials.
Have a question? Need Help?
Call 705.748.4861 ext.1281, email email@example.com, or click here to submit a work order.


This ground-breaking platform allows your visions to become reality. Our advanced Augmented Reality solutions provide audiences with an accurate 3D digital representation of their physical environment from a 2D trigger. We create triggers in your marketing materials, providing a computer-generated experience of your product or surroundings, enhancing viewer’s sensory perception.
Using a smartphone app we allow you to view a layer of computer-generated information with the use of 3D animation to give your audience a fully interactive experience. With this technology and image recognition we provide you with an effective way to add value to your business.
For more information on how we can help you please contact email@example.com


Lighting. Monday , September 24th , 2018 - 20:38:03 PM
In the living room, look for light effects to highlight areas where there are paintings, sculptures or plants. A chandelier or pendant light can be ideal to illuminate the dining table, or you can also place several small hanging lights. In bedrooms install a general lights, put lamps on the bedside tables for reading, and lights in the closet area. In children rooms utilize dimmable wall lamps instead of floor lamps or table lamps.
LED illuminates any outdoor spaces in unparalleled way with its enhancing visible appearance. Roadways and parking structure are now using LED lights to appeal its visibility and security. Cities are upgrading to LED Street light to improve light quality and efficiency. Parks, hotels, airport, and railway station are switching to LEDs for better light performance, security and to reduce maintenance expenses.
The only drawback to solar LED landscape lights is if you live in the more northern regions, the lights might not work properly in the winter months when the days are shorter and the sunlight is not as strong. Overcast days can also affect the power of LED solar lights. LED lights can also be used inside as accent lights. LED lights burn much cooler and consume much less electricity than a regular halogen light. LED lighting technology is still in its infancy and the newer LED lights are much brighter than the earlier LED lights.
Label :Bright Floor Lamps‚ 18" Torchiere Lamp Shade‚ Ikea Table Lamp or Ikea Floor Lamp‚ Modern Torchiere Floor Lamp‚ Brushed Nickel Torchiere Floor Lamp or
Any content, trademark/s, or other material that might be found on this site that is not this site property remains the copyright of its respective owner/s. In no way does otakuregion claim ownership or responsibility for such items a and you should seek legal consent for any use of such materials from its owner.


Fashion brand Kate Spade introduced touch-screen smart watches
Kate Spade, in collaboration with the Fossil Group, today unveiled three smart watches at CES powered by the Android Wear 2.0 operating system with full touchscreen functionality. This Kate Spade touch-screen smart watch comes in three different styles: two rose gold cases, one with a leather strap, one with a bracelet and one with a gold case with a black strap. All three products are made of stainless steel. Each watch comes with a 1.2-inch OLED display and an ambient light sensor. On the software side, there are some surfaces that display New York taxi information, speeding information or displaying new notifications. The watch also runs an app called Select Appearance that asks the wearer for a series of questions about the time of day, the hues of jewelry, the color of the handbag and the color of the garment, and then creating a dial for the occasion coloring scheme. Like many other touchscreen smartwatches, the Kate Spade touchscreen smartwatch battery has a single charge life of approximately 24 hours. They have a microphone, so users can use Google Assistant, but did not pay NFC, there is no built-in GPS, there is no wrist-type heart rate sensor. The Kate Spade touchscreen smartwatch will be shipping in mid-February, with the bracelet version priced at $ 325 and the leather strap version at $ 295.


Digital Projection E-Vision Laser 5000
The new projector models uses the company’s high performing laser light engine.
Digital Projection International (DPI) has announced the latest addition to its projector lineup. The new E-Vision LASER 5000 is designed to be a compact and budget friendly model.
The device is a single chip DLP projector that incorporates DPI’s proven solid-state laser illumination technology, providing support for 20,000 hours of stable and maintenance free use. Thanks to unit’s laser light engine, the projector will never need to replace any lamps. Likewise, the product won’t suffer from sudden degradation of lumen performance during use, making it ideal for applications that require a bright and dependable image. In addition, the E-Vision LASER 5000 includes DP’s MultiAxis capability, enabling the projector to be placed in nearly any position for flexible installation.
- 5,000 laser lumens (ISO)
- 24p and native WUXGA resolution (1920 x 1200)
- Maintenance free laser illumination (20,000 hours)
- 1.15 – 1.90 :1 zoom lens
- Powerful 1-Chip DLP™ technology
- HDMI 1.4a + MHL Mobile High-Definition Link (device mirroring)
- USB Type A, VGA, RCA & HDBaseT inputs
- DICOM Simulation Mode
- 3D Capable
- 10-bit colour display
- Vertical & Horizontal Keystone correction (2D: Vertical ±30°, Horizontal±30°)
- Four Corner adjustment
- Selectable 16:9, 4:3, Native, Letterbox and Full Screen aspect ratios
- Digital Zoom +10~-10
- HDBaseT® Interface with built in support for transmission of uncompressed High Definition Video over standard CAT5e/6 LAN cable
- weitere Informationen folgen
5 Jahre Garantie bei Registrierung unter folgendem Link: http://www.digitalprojection.com/emea/5-year-warranty/


If you desire to put in a set of speakers, you can't connect your speakers right to your sound gear if you aren't making use of active loudspeakers. To be able to connect regular speakers, you are going to need to make use of an audio amplifier. The amp will be connected between the music source and also your speakers. While the operation of music amplifiers seems to be pretty uncomplicated, there is lots to comprehend about exactly how power amps get the job done. In this posting, I'll clarify a little bit the function of stereo amplifiers. I'm furthermore going to take a look at exactly how to connect your amp to a set of loudspeakers.
A stereo amp is going to get a rather low-level music signal and then boost it sufficiently to drive a speaker and at the same time change the impedance of the signal. Because of its high input impedance, the sound amp won't pose much of a load to the music source. Having said that, thanks to its small output impedance, it can deliver a large power level to your speaker.
Nearly all audio amps nowadays are produced with a "Class-D" topology. Class-D music amplifiers shine by giving very high power efficiency. As a result most of the energy which is being taken in by the amplifier is transformed into useful wattage and then delivered to the loudspeaker. Therefore you can save some money on energy when acquiring a Class-D amp. Having a large power efficiency, the amplifier may be produced extremely compact. Actually, there are several small stereo amplifiers available which are no larger than a deck of playing cards. Your amplifier enclosure is normally enough to be able to permit ample radiation of heat.
Class-D hifi amps possess a number of switching elements which have a tendency to lead to music distortion to some extent. However, music distortion might not necessarily cause bad sound considering the fact that tube amplifiers, as an example, additionally have a relatively large level of distortion yet still are favored amongst audiophiles. Tube amplifiers normally show a website consistent decline in higher harmonics as the order of the harmonics increases. This decline leads to the sound of tube amps to be perceived by a lot of people to be rather "cozy". This specific quality of sound of tube amps is really well-liked. By comparison, analog amplifiers do not possess any digital switching components and consequently generally possess smaller audio distortion when compared with digital audio amplifiers. So, there'll be a lot less distortion caused by the amplifier. The main disadvantage of amps that use this specific type of analog amplification is the low energy performance. Considering the fact that analog power amps dissipate a great deal of power as heat, there must be a pair of mechanism for the heat to radiate. Normally, this is accomplished with an electric fan. Another option is to use heat sinks. These heat sinks normally make the amplifier relatively large.
Be careful about which sort of speaker you attach to your amplifier considering that loudspeakers with extremely small impedance can do some severe harm to the amplifier. When the loudspeaker impedance, on the other hand, is too high then your amplifier in all likelihood won't have the ability to provide high enough wattage to the speaker and as a consequence the loudspeaker are not going to become very loud. Also, specific speaker impedances often trigger the amplifier to become unstable and oscillate. These kinds of oscillations may in fact inflict damage on your speaker.


দী Hdc আকাশগঙ্গা i9300 S3 is the latest among all the Samsung Galaxy S3 clones. ভাল, I could say that its the best among all S3 clones that exists as of this posting date. Its different with the earlier released S3 knock-offs that has smaller screens at 4.5″ and slightly lower processor of MT6575 chip. এই HDC Galaxy i9300 S3 plus আছে 4.7″ পর্দা এবং MT6577 CPUchip, which is adual-core MediaTekchip.
HDC Galaxy I9300 S3+ MT6577
Running with aMT6577 Dual Core MediaTek chipsetthat is clocked at1.2 GHzmaximum, this is already a beast on its own league of smartphones under the same price bracket. Packed alongside is aPowerVRTM SGX Series5 3D GPUfor better high-end gaming and high quality media playback performance.
Comes withঅ্যানড্রইড 4.0 Ice Cream Sandwich (Ics) pre-installed out of the box, supporting the following languages: English, Italian, French, Spanish, Russian, Thai, Vietnamese, Arabic, German, Indonesian, Chinese, Turkish, Portuguese, Malay, others.
দী 1GB ROM and 1GB RAMis more than enough for seamless multi-tasking and advance usage on the HDC Galaxy S3+, internal memory is still expandable with aMicro SD Memory Card (TF-Card), এ 32GB maximumsupported capacity.
দী 4.7 inch Capacitive Multi-touch Screenis very close to what the real Samsung Galaxy S3 have. The genuine has 4.8″, and that is a very unnoticeable difference unlike on the first released MT6575 S3 clones. Touch screen supports up to5 pointstouch. The display has aWVGA resolutionof 800 x 480 পিক্সেল, giving vivid and clear display at16 মিলিয়ন রং.
দী Hdc আকাশগঙ্গা i9300 S3 isDual SIM capableand has3ছ. GSM services issupported on all carriers worldwide.
It also has a decent snappers of8.0 megapixelmain camera on the back, and afront-facing cameraof0.3 megapixel.
And do you know what is best with this phone? Simply its price! It is just being sold for$209.99 on Fastcardtech. You’ll never have to spare a thousand bucks just to get yourself a Samsung Galaxy S3. With this phone’s capability to give you the best performance, and elegant design as well; it is really a great thirst-quencher to those who wants to own a S3 but doesnt want to spend too much just for a phone.
HDC Galaxy I9300 S3+ MT6577 Specs and Features
CPU-র: MT6577 Dual Core 1.0GHz
GPU: PowerVRTM SGX Series5 3D
OS Android 4.0 Ice Cream Sandwich (Ics)
Language: multilanguage support
RAM-র পরিমাণ: 1গিগাবাইট
Micro SD Memory Card (TF-Card), MAX support 32GB
আকার: 145 × 67 × 10 mm
ওজন: 125 g
4.7 inch Capacitive Multi-touch Screen (5 points)
WVGA resolution (800 x 480 পিক্সেল)
16 মিলিয়ন রং
2G：GSM 850/900/1800/1900 MHz
3G：WCDMA 850/2100 MHz
Supports GSM service all over the world
জিপিএস: Built In GPS & A-GPS
Wi-Fi : IEEE 802.11 b/g/a
micro USB 2.0
Back 8.0 megapixel
Front 0.3 megapixel
Supports recording of video
ব্যাটারি: 1600mAh Li-ion battery
Earphone / 3.5 mm Audio Jack
HDC Galaxy i9300 S3+ Videos
Here’s a fun video review of the HDC Galaxy i9300 S3+:
Here is a comparison video by Colonel ZAP on the HDC Galaxy i9300 S3+ and the M100s Google 4S (iPhone clone):
HDC Galaxy i9300 S3+ Pictures
HDC Galaxy I9300 S3+ MT6577
দী Hdc আকাশগঙ্গা i9300 S3 has a bigger screen that is very much close to the real S3’s size. Also, curvaceous design of the real S3 is pretty much integrated carefully with this clone.
Hdc আকাশগঙ্গা i9300 S3
Another pretty cool stuff to note with this Chinese version, the UI is also copied to resemble the Samsung’s TouchWiz UI on the S3.


The Safeguard Companion’s Technological Advantages
The Safeguard goes anywhere you go!
The biggest advantage of the Safeguard Companion is that it travels with you where ever you go. If you or a loved one needs help, we can find you!
The Safeguard Companion has made this possible through our state of the art GPS location technology and the following amazing features:
- Real Time GPS satellite tracking
- Mobile GPS/Cellular security device
- Cellular network offers nationwide coverage
- 24×7 online GPS location mapping in the event of an emergency
- Direct voice contact with highly trained emergency response operators
- Closest available emergency responders dispatched to your location


Rectron South Africa
South Africa's leading ICT and Consumer Electronics Distributor
Rectron Strengthens its Fight With Corsair Distributorship 10 July 2012
Johannesburg - Rectron South Africa has been appointed as a distributor for Corsair's range of high-performance computing hardware. This strategic appointment for Rectron as it further cements Rectron as the leading computer components distributor in Southern Africa.
KZN's PC Zone beats stiff competition to take home VW Caddy Panel Van 29 March 2012
Johannesburg - John Ferreira from PC Zone in KwaZulu Natal recently won a brand new Volkswagen Caddy Panel Van courtesy of Rectron South Africa and Samsung Business in the recent Samsung Business Ambassador competition.
Gigabyte unveils a powerful new range of AMD Radeon HD Graphics Cards 14 March 2012
Johannesburg - Gigabyte has unleashed one of its most advanced graphics cards with the AMD-based Radeon HD 7700 series. The new range of cards from Gigabyte Technology allows users to explore the upper limits of graphic processing capabilities.


Urc Login, short for Universal Remote Control Login, is a pivotal gateway that provides access to a wide spectrum of electronic devices and systems through a unified interface. This platform enables users to securely log in and manage various remote control functionalities, granting them the ability to operate and oversee diverse appliances and technologies seamlessly. Whether it’s home entertainment systems, smart appliances, or industrial equipment, Urc Login streamlines the process of interaction and control, enhancing convenience and efficiency.
In our increasingly interconnected world, managing a multitude of electronic devices efficiently has become a necessity. This is where URC Login, or Universal Remote Control Login, steps in as a game-changer. URC Login offers a unified platform that simplifies the process of controlling and managing a diverse array of devices, from home entertainment systems to smart appliances and industrial equipment.
The Power of Unified Access
URC Login serves as the central hub through which users can access and control various devices seamlessly. With just one set of login credentials, users gain the ability to interact with a wide range of devices, eliminating the need for multiple control interfaces and login details. This unified access not only saves time but also ensures a more user-friendly experience, as individuals no longer need to navigate through a maze of apps and controls to manage their devices effectively.
Seamless Integration and Control
Gone are the days of juggling between different remote controls or applications to operate various devices. URC Login integrates different systems under one roof, enabling users to control everything from audiovisual setups to home security systems using a single interface. Whether it’s adjusting the lighting, changing the TV channel, or setting the thermostat, URC Login streamlines these operations, fostering a more cohesive and efficient user experience.
Enhanced Convenience and Accessibility
URC Login caters to the growing demand for simplified living by making technology more accessible to all users. The user-friendly interface and intuitive design of URC Login empower even those who may not be tech-savvy to effortlessly manage their devices. This accessibility extends to both residential and commercial settings, as businesses can benefit from centralized control over various operational aspects, leading to improved productivity and ease of management.
Security and Peace of Mind
With the convenience of remote control comes the need for security. URC Login addresses this concern by implementing robust security measures to protect user data and prevent unauthorized access. Through encryption and authentication protocols, URC Login ensures that users’ personal information and device control remain safeguarded.
Universal Remote Control Login
In the ever-evolving landscape of modern technology, the concept of a “universal remote control” has transcended the physical realm and taken on a digital form. Universal Remote Control Login (URC Login) has emerged as a groundbreaking solution that redefines the way we interact with and manage our diverse range of electronic devices. From smart homes to commercial environments, URC Login offers a centralized platform that brings convenience, efficiency, and control to the forefront.
A Unified Approach to Device Management
URC Login revolutionizes the traditional concept of remote control by uniting a multitude of devices under a single digital umbrella. With URC Login, users can access an extensive array of smart appliances, entertainment systems, security setups, and more, all from a singular platform. This consolidation eliminates the need for multiple apps and control interfaces, streamlining the process of device management and interaction.
Effortless Interaction and Customization
One of the standout features of URC Login is its intuitive interface that caters to users of all technical backgrounds. Navigating through various devices and systems becomes an effortless endeavor, allowing users to customize and control their surroundings with ease. Whether it’s adjusting lighting, managing climate control, or overseeing surveillance cameras, URC Login empowers users to fine-tune their environment according to their preferences.
Seamless Integration for Modern Living
URC Login’s seamless integration capabilities bridge the gap between different devices and technologies, creating a cohesive ecosystem that enhances the modern living experience. Users can seamlessly switch from controlling their home theater to adjusting the lighting or even managing their kitchen appliances, all within a single platform. This integration not only simplifies tasks but also fosters a sense of interconnectedness within the digital realm.
Security and Privacy at the Core
With the digitization of control mechanisms, concerns about security and privacy inevitably arise. URC Login addresses these concerns through robust encryption, authentication protocols, and secure data management practices. Users can rest assured that their personal information and device controls are shielded from unauthorized access, providing a peace of mind that is essential in the digital age.
Transforming Commercial Operations
Beyond the residential sphere, URC Login holds immense potential for commercial applications. Businesses can leverage the platform to streamline operations, manage equipment, and enhance employee experiences. From controlling office environments to optimizing manufacturing processes, URC Login’s versatility extends to various industries, driving efficiency and productivity.
Urc Remote Login
In the age of interconnected devices, managing an array of electronic systems can sometimes feel overwhelming. URC Remote Login steps in as a dynamic solution that empowers users with comprehensive control over their devices through a single access point. By merging functionality and convenience, URC Remote Login offers a streamlined approach to managing various systems, making it a key player in modern technological landscapes.
Seamless Device Interaction Through URC Remote Login
URC Remote Login facilitates the synchronization of numerous devices under a single remote control platform. This unified approach lets users interact with diverse appliances such as smart TVs, lighting systems, climate control units, and more, all from a single interface. This means no more toggling between multiple apps or remote controls – URC Remote Login brings everything together for a seamless and intuitive experience.
Customization at Your Fingertips
URC Remote Login takes personalization to a new level by allowing users to tailor their environments effortlessly. From adjusting the ambiance of a room with smart lighting to fine-tuning audiovisual settings, users have the power to customize their surroundings according to their preferences, all through the URC Remote Login interface. This level of control ensures that your living or working space caters perfectly to your needs.
Efficiency and Accessibility Redefined
With URC Remote Login, the days of searching for the right remote control or app are over. The platform transforms managing various devices into a straightforward process, accessible to users of all technological backgrounds. The intuitive interface simplifies complex tasks, granting everyone the ability to harness the power of their devices without the need for technical expertise.
Amid the convenience, URC Remote Login prioritizes security. The platform employs advanced encryption and authentication measures to safeguard user information and device controls. This ensures that your data remains confidential and protected from unauthorized access, giving you peace of mind while navigating the digital landscape.
From Homes to Businesses: URC Remote Login’s Versatility
URC Remote Login’s impact extends beyond residential use. Businesses can benefit from the platform’s versatility by enhancing control over their operations. Whether it’s managing office environments, optimizing presentation setups, or overseeing industrial processes, URC Remote Login offers a comprehensive solution to streamline activities and bolster productivity.
Urc Account Login
In the realm of modern technology, managing a multitude of devices demands a centralized approach that puts control at your fingertips. URC Account Login, a cornerstone of contemporary convenience, offers users a personalized gateway to oversee and manage their devices effortlessly. By creating a secure and accessible account, URC Account Login transforms the way users interact with their electronic ecosystem.
Creating a Unified Hub of Control
URC Account Login serves as the nexus where diverse devices converge under a single digital umbrella. With a single set of login credentials, users gain entry to an array of smart appliances, entertainment systems, security features, and more. Gone are the days of switching between various apps or remotes – URC Account Login provides a streamlined platform where all your device management needs come together.
Tailoring Your Digital Environment
Personalization takes center stage with URC Account Login, enabling users to curate their living or workspace with precision. From adjusting the settings of smart lighting to fine-tuning audio configurations, URC Account Login empowers users to shape their surroundings according to their preferences. This customization ensures that your environment aligns perfectly with your needs and lifestyle.
Effortless Management for Everyone
URC Account Login redefines accessibility by offering a user-friendly interface that caters to individuals of varying technological backgrounds. The platform’s intuitive design simplifies the process of controlling and managing devices, allowing users to effortlessly navigate through their ecosystem. Regardless of your familiarity with technology, URC Account Login makes device management a straightforward endeavor.
Prioritizing Security and Privacy
Amid the convenience, URC Account Login prioritizes the security of your data and device controls. The platform employs robust encryption and authentication measures, ensuring that your personal information remains confidential and shielded from unauthorized access. This commitment to security underscores the platform’s dedication to maintaining your privacy in the digital age.
Versatility Across Domains
URC Account Login’s impact is not limited to residential settings; it extends to commercial applications as well. Businesses can harness the power of URC Account Login to streamline operations, manage equipment, and enhance employee experiences. From controlling office environments to optimizing retail displays, URC Account Login’s adaptability caters to various industries, fostering efficiency and productivity.
Urc System Login
In the modern landscape of intricate technological systems, managing diverse components efficiently can be a daunting task. URC System Login emerges as a pivotal solution, offering users a centralized entry point to oversee and administer complex systems seamlessly. By providing a secure and unified interface, URC System Login redefines how users interact with and manage their intricate electronic setups.
Navigating Complexity through Unified Access
URC System Login acts as the gateway to a comprehensive network of interrelated devices and subsystems. With a single set of login credentials, users gain access to a spectrum of interconnected devices, ranging from industrial machinery to building automation systems. URC System Login consolidates this complexity into an intuitive platform, eliminating the need for multiple interfaces and simplifying the management of intricate systems.
Effortless Control and Customization
URC System Login empowers users with granular control over various aspects of their interconnected systems. From regulating temperature and lighting in large buildings to monitoring critical industrial processes, users can customize settings and operations according to specific requirements. This level of control ensures that systems are optimized for efficiency, comfort, and productivity.
Seamless Management in Complex Environments
URC System Login’s interface seamlessly integrates different subsystems, providing a holistic view of the entire system. This cohesive approach allows users to navigate between different components with ease, facilitating quick adjustments and responses. Whether it’s a large-scale facility or an industrial plant, URC System Login simplifies system management by providing a unified point of control.
Security and Monitoring
Given the critical nature of the systems managed through URC System Login, security and monitoring are paramount. The platform prioritizes data security through advanced encryption and authentication mechanisms, safeguarding sensitive information from unauthorized access. Furthermore, URC System Login often includes monitoring and alert features, enabling users to respond promptly to anomalies or critical events.
Enhancing Industrial Efficiency
URC System Login extends its impact to industrial contexts, where efficiency and precision are paramount. Manufacturing facilities, energy plants, and logistics centers can benefit from URC System Login’s ability to streamline operations, monitor equipment health, and optimize resource usage. This leads to enhanced productivity and reduced downtime in critical industries.


• AI (Artificial Intelligence) is the broader concept of creating intelligent machines.
• ML (Machine Learning) is a subset of AI focused on training machines to improve tasks through data.
• DL (Deep Learning) is a subset of ML that leverages neural networks to learn complex patterns autonomously.
• NN (Neural Networks) are the fundamental components of DL, serving as the intricate architecture that allows deep learning models to excel in various tasks.
In more detail:
1. Artificial Intelligence (AI) refers to computer systems that can perform tasks that typically require human intelligence, such as problem-solving, speech recognition, decision-making, or language understanding. AI aims to mimic human cognitive functions, and it's the overarching concept.
2. Machine Learning (ML) is a subset of AI. ML enables machines to learn from data and improve their performance on specific tasks over time. In addition, it requires humans to explicitly define the relevant characteristics or attributes within the data that the model should pay attention to. Imagine it as someone carefully selecting and providing the machine with specific hints to perform a task better. For instance, in email spam detection, a machine learning model might require explicit rules about what characteristics make an email spammy.
3. Deep Learning (DL) goes even deeper. It's a subset of ML that's inspired by the structure of our brain, consisting of artificial neural networks. The "deep" in deep learning signifies the numerous hidden layers within these neural networks. Unlike traditional networks, which might have just 2-3 hidden layers, deep neural networks can extend to over 150 layers. This depth enables them to automatically learn intricate patterns and features from extensive datasets, particularly excelling in tasks like image and speech recognition. For example, in image recognition, deep learning can recognise complex features like cat whiskers or dog tails by itself.
4. Neural Networks (NN) are the building blocks of deep learning. They are a set of algorithms that aim to recognise underlying relationships in data through a process that mimics the human brain. Each neuron, or node, in a neural network is connected to the others, and these connections enable the network to learn and make sense of data. For instance, in your favourite social media app, NNs help recognize faces when tagging friends in photos or curate your news feed based on your interests. They're also at play in recommendation systems like Netflix, suggesting movies tailored to your preferences.


Monday, May 2, 2011
A short look at On-line Computer repair Portland Expertise
There are many types of computer repair portland services on the market, and many types of computer repair clackamas services too - but of late there is one kind of repair service which includes grown increasingly popular: Online computer repair services.
Nowadays, many people who are facing PC issues are turning to such services for any solution - and thus online computer repair portland services are very thriving.
But what exactly is online pc repair all about? And the way effective would it be really?
“What are Online Computer repair Portland Services?”
As the name suggests, online computer repair portland services are simply just computer repair services located within Portland offering only help and methods to PC issues. Some of these are actually online computer repair portland services too.
As an alternative to having to lug your pc all the way up to a shop or repair store - online computer repair portland services enable you to instantly liaise by having an expert over the internet and through the use of certain software they’ll have the ability to check out what’s wrong together with your computer.
Simply speaking, these experts that actually work in online computer repair portland services and online computer repair clackamas services don’t even need to see your computer firsthand. Through the net they’ll manage to connect to your computer and handle the repairs remotely!
But obviously - lacking the PC at that time in front of them will surely have its limitations.
Limitations of Online Computer repair Portland Services
With technology operate is, the borders are certainly a lot less defined than before and you’ll discover that most online computer repair portland ,computer repair portland} services can deal with a wide array of issues.
But they do have limitations - and the main one that's bound to affect you happens when hardware issues may take place.
By connecting remotely for your PC, even computer repair clackamas services can determine whether or not your hardware is running well. However, if it isn’t - fixing it may be an issue over an online connection.
Unless you’re comfortable enough to consider instructions over the telephone about how to disassemble and fix your PC - you’re going to have to take it in towards the technician to correct hardware problems anyway.
This is actually the main limitation of computer repair portland services.
However, despite this limitation you’ll realize that it is a lot more convenient to choose online PC repair initially at least. Even if the problem can’t be fixed there and, at least you’ll get yourself a diagnosis and know for certain that your PC needs expert attention.
In the end, what do you lose by opting for online computer repair portland services anyway? It is just a lot more convenient, and can help you save commitment lugging your personal computer to be repaired!


Audience: SG1, SG14, LEWG
Authors: Gordon Brown, Ruyman Reyes, Michael Wong, Mark Hoemmen, Jeff Hammond, Tom Scogland
Emails: email@example.com, firstname.lastname@example.org, email@example.com, firstname.lastname@example.org, email@example.com, firstname.lastname@example.org
Reply to: email@example.com
This paper is the result of discussions from man contributors within the heterogeneous C++ group, including H. Carter Edwards, Thomas Rodgers, Patrice Roy, Carl Cook, Jeff Hammond, Hartmut Kaiser, Christian Trott, Paul Blinzer, Alex Voicu, Nat Goodspeed and Tony Tye.
For the earlier changelogs from prior to the split from P0796 see Appendix A.
This paper is the result of a request from SG1 at the 2018 San Diego meeting to split  into two separate papers, one for the high-level interface and one for the low-level interface. This paper focusses on the low-level interface; a mechanism for discovering the topology and affinity properties of a given system.  focusses on the high-level interface, a series of properties for querying affinity relationships and requesting affinity on work being executed.
Computer systems are no longer homogeneous platforms. From desktop workstations to high-performance supercomputers, and from mobile devices to purpose-built embedded SoCs, every system has some form of co-processor along side the traditional multi-core CPU, and often more than one. Furthermore, the architectures of these co-processors range from many-core CPUs, GPUs, FPGAs and DSPs to specifically designed vision and machine learning processors. In larger supercomputer systems there are thousands of these processors in some configuration of nodes, connected physically or via network adapters.
The way these processors access memory is also far from homogeneous. For example, the system may present a single shared virtual address space  , or it may have different address spaces mutually inaccessible other than through special functions . Different memory regions may have different levels of consistency, cache coherency, and support for atomic operations. Different parts of the system may have different access latencies or bandwidths to different memory regions (so-called “NUMA affinity regions”) . Some parts of memory may be persistent. Different systems may configure the same types of memory in different ways around the processors.
In order to program these new systems and the architectures that inhabit them, it’s vital that applications are capable of understating both what architectures are available and the properties of those architectures, namely their observable behaviors, capabilities and limitations. However, the current C++ standard provides no way to achieve this, so developers have to rely entirely on third party and operating system libraries.
This paper seeks to define, within C++, a facility for discovering execution resources available to a system that are capable of executing work, and for querying their properties.
However, it is not the goal of this proposal to introduce support in the C++ language or the standard library for all of the various heterogeneous architectures available today. The authors of this paper recognize that this is unrealistic as it would require significant changes to the C++ machine model and would be extremely volatile to future developments in architecture and system design.
Instead, it seeks to define a single, unified, and stable layer in the C++ Standard Library. Applications, libraries, and programming models (such as SYCL , Kokkos , HPX  or TBB ) can build on this layer; hardware vendors can support it via standards such as OpenCL , CUDA , OpenMP , MPI , Hwloc , HSA  and HMM ; and it can be extended when necessary.
This layer will not be characterized in terms of specific categories of hardware such as CPUs, GPUs and FPGAs as these are broad concepts that are subject to change over time and have no foundation in the C++ machine model. It will instead define a number of abstract properties of system architectures that are not tied to any specific hardward.
The initial set of properties that this paper would propose be defined in the C++ standard library would reflect a generalization of the observable behaviors, capabilities and limitations of common architectures available in heterogeneous and distributed systems today. However the intention is that the interface be extensible so that that vendors can provide their own extensions to provide visibility into the more niche characteristics of certain architectures.
It is intended that this layer be defined as a natural extension of the Executors proposal, a unified interface for execution. The current executors proposal [][p0443] already provides a route to supporting heterogeneous and distributed systems, however it is missing a way to identify what architectures a system has.
There are many reasons why such a feature within C++ would benefit developers and the C++ ecosystem as a whole, and those can differ from one domain to another. We’ve attempted to outline some of these benefits here.
The clearest benefit is performance. Exposing, even at an abstract level, the properties of the underlying architecture that a program is running on, allows application and libraries to be fine tuned. This may result in significant performance improvements that would only otherwise be possible via third party or operating system libraries       .
This includes but is not limited to how to structure data to ensure access patterns along with execution on the architecture to achieve coalesced memory access and optimal cache utilization and where to initialize data to make efficient use of hardware locality and process affinity.
There is a general trend to move towards a unified address space in heterogeneous and distributed systems via standards like HMM. However, there are still many architectures that still require distinct address spaces, are not yet in a position to move to a single address space, and may never be. Even if you were to consider a single unified address the ultimate goal for heterogeneous and distributed systems, this actually makes the case for affinity in C++ stronger. As long as different address spaces exist, the distinction between different hardware memory regions and their capabilities is clear, but with a single unified address space, potentially with cache coherency, distinguishing different memory regions becomes much more subtle. Therefore, it becomes much more important to understand the various memory regions and their affinity relationships in order to achieve good performance on various architectures.
C++ is a major language when it comes to heterogeneous and distributed computing, and while it is a rapidly growing domain, it is still very challenging to develop in. There are a large number of C++ based third party and OS libraries. However, developing for heterogeneous and distributed systems often involves a combination of these libraries, which introduces a number of challenges
Firstly it’s common that different architectures are discovered via different libraries, You may want to use CUDA for NVidia GPUs, OpenMP for Intel CPUs, SYCL for Intel GPUs, Hwloc for the higher-level nodes and so on. This means that you have to collect together resources discovered from a different libraries, which very often do not provide a consistent representation or any form of interoperability, and find some way for them to represent them in a coherent view.
Secondly, many of these libraries report the same underlying hardware. For example OpenMP, SYCL and Hwloc will all report the same Intel CPU. This means you have to collate the resources together such that resources from different libraries representing the same hardware are joined together, to avoid resource contention.
There are many architectures available within heterogeneous and distributed systems which cannot support the full range of C++ features. This includes, but is not limited to dynamic allocation, recursion, dynamic polymorphism, RTTI, double precision floating point and some forms of atomic operations.
It’s crucial to allow developers to identify these limitations and which apply to the architecture they are running on, because in many cases if a C++ feature that is not supported on the architecture is used, the application would fail to execute or potentially crash.
Developing algorithms for heterogeneous and distributed systems requires at least an abstract understanding of the underlying architecture(s) being targeted in order to achieve optimal performance. In some cases, it may call for a much more in-depth understanding. This means that each algorithm may require a different implementation on each architecture.
Another factor here is that in many heterogeneous and distributed programming models, the architectures available on a particular system are not known until runtime, where the topology of the system is discovered.
Having a unified interface for performing this topology discovery and querying the properties of the architectures available on a system would dramatically improve developers’ ability to write generic algorithms.
Providing support for heterogenous and distributed computing as a first-class citizen of C++ will improve its accessibility and increase its utilization in libraries and applications, ultimately making the ecosystem stronger. This will become increasingly more important as heterogeneous and distributed computing becomes crucial to gaining the necessary performance in applications in more domains of C++.
The C++ standard is in a crucial position for heterogeneous and distributed computing domains. It is the common point between a number of different programming languages, models and libraries targeting a wide range of different architectures. This means that C++ has a unique opportunity to provide a single standard that not only covers the requirements of a single domain, but all of them, allowing for a convergence within the ecosystem and much more interoperability across different architectures.
For example, a unified C++ interface for topology discovery could provide access to GPUs from Nvidia, AMD, Intel, and ARM via their respective open standards or proprietary frameworks. At the same time, it could give access to NUMA-aware systems via Hwloc.
Another example of this is that while Hwloc is highly used in many domains, it now does not always accurately represent existing systems. This is because Hwloc presents their topology as strictly hierarchical, which no longer accurately describes many systems. A unified C++ interface does not need to be bound to the limitations of a single library, and can provide a much broader representation of a system’s execution resource topology.
Below we outline a proposed direction:
Align with the direction of the unified executors proposal [][p0443].
Propose an abstract definition of an execution resource, as a hardware or software abstraction capable of creating execution agents.
Propose an abstract definition of an execution resource topology, as a non-hierarchical, non-acyclic graph of execution resources with various different kinds of connections.
Propose an interface for inspecting a system’s execution resource topology from various different perspectives, including, but not limited to:
Propose an interface for querying properties of an execution resource, reflecting the observable behaviors, capabilities and limitations of the architecture the execution resource represents.
Propose an interface for querying the relative affinity properties between different execution resources and memory regions within a system’s execution resource topology.
Propose an interface for binding execution agents and initialization of data to specific execution resources.
As a result of the above this paper may also:
Would SG1 like to see a continued effort to pursue the goals outlined in this paper?
Does SG1 believe the proposed direction laid out in this paper is suitable to achieve those goals?
 The Design of OpenMP Thread Affinity
 Portable Hardware Locality
 SYCL 1.2.1
 OpenCL 2.2
 OpenMP 5.0
 Solaris pbind()
 Linux sched_setaffinity()
 Windows SetThreadAffinityMask()
[][p0443] A Unified Executors Proposal for C++
 Exposing the Locality of new Memory Hierarchies to HPC Applications
 Supporting Heterogeneous & Distributed Computing Through Affinity
 Executor properties for affinity-based execution
 Kokkos project
 Heterogeneous Memory Management
 OpenCL 2.x Shared Virtual Memory
execution_resource: it now either consistently identifies some underlying resource, or is invalid; context creation rejects an invalid resource.ster
execution_resources iterable by replacing
memory_resourceto represent the memory component of a system topology.
execution_resourceas these are no longer required.
execution_contextas these no longer make sense.
affinity_queryto be between an
this_thread::unbindfor binding and unbinding a thread of execution to an execution resource.
bulk_execution_affinityexecutor properties for specifying affinity binding patterns on bulk execution functions.


HDX is a telepresence system that connects doctors with patients over distances that could take days to cover. By using technology to transmit patient information, HDX lets doctors serve more patients.
What started as a technology-driven idea quickly focused on people. Once Polycom decided it could transmit high fidelity image and sound, everyone started to think about people. Would patients be at ease? Could doctors reassure them? How could we make conversations between doctors and patients more comfortable and natural?
“No one wants to see their doctor struggle.”
We started by using common sense and by keeping everything as small as possible. With ninety seven feet of cabling and fourteen separate components, it took patience and trial and error to squeeze everything into a footprint the size of an office chair.
We routed the cables internally to eliminate clutter and to reduce patient anxiety. We added height adjustment so patients and doctors can see eye-to-eye. We positioned the microphone where it would do the most good and we created a home for the remote control so patients would never see their doctor struggle to find it. No one wants to see their doctor struggle.
We started with a jumble of technology and ended with a cart friendly enough for a patient see a doctor instead of a screen.


Updating firmware wrt54g
I'm looking to upgrade my WRT54G v8 to its newest factory firmware (I believe that was 8.0.8). (And I know about DD-WRT and Tomato, etc., but right I just want to do factory firmware update.)Thanks for any pointers.I'm looking to upgrade my WRT54G v8 to its newest factory firmware (I believe that was 8.0.8). (And I know about DD-WRT and Tomato, etc., but right I just want to do factory firmware update.)There is a list of WRT54G specs on Wikipedia.Scroll down through the Windows Features until you see TFTP Client. (Note: My WRT54GS V7.0 didn't boot automatically, and simply power-cycling didn't bring it up. t=27572&highlight=wrt54gs WARNING: There are at least two types of flash chips that are used on the v7 router.Resetting as described in steps 4-5, holding reset while plugging in the power cord, brought the router from "no lights, no web interface" to "functioning dd-wrt install.") I just loaded DD-WRT v24 RC7 on two of the WRT54GS v7 with an Intel flash chip. Using this method with an INTEL-type flash chip will brick your router.A while back, I was having some issues with my Linksys Router. A perfectly good router back then, but whenever I connected to it with my shiny new Windows 7 laptop via Wi-Fi, my network connection slowed to a crawl.I tried everything and changed all of the router settings, to no avail.Tomato is a small, lean and simple replacement firmware for Linksys' WRT54G/GL/GS, Buffalo WHR-G54S/WHR-HP-G54 and other Broadcom-based routers.
Belkin announced last March that it had completed the acquisition of Linksys from Cisco. But strangely enough, the Linksys websiite has downloads for earlier versions of the WRT54G firmware (such as version 4), but on the very same page when you click on things like version 7 or 8 it says "download not available"There is a list of WRT54G specs on Wikipedia.NOTE TO WINDOWS VISTA AND WINDOWS 7 USERS: By default the TFTP Client is disabled and you SHALL NOT PROCEED UNLESS YOU HAVE ENABLED IT. Messing around with JTAG cables taught him some things, but... ) Be absolutely sure that you have tftp set to binary or octel.To enable: click the Start orb and type the following into the Start Search field: "features" (Without the " " of course, but you have to tell some people). If you leave tftp in ascii it will appear to work but the flash won't take.] 1.A new worm, or piece of self-replicating malware, nicknamed "The Moon" has been infecting Linksys E-series routers, and possibly some Linksys Wireless-N-series routers, by exploiting a vulnerability in the way the routers verify administrator access.Fortunately, upgrading to the latest Linksys router firmware and disabling the Remote Management Access feature will prevent the worm from gaining access. Do this by opening a Web browser on any computer or mobile device connected to the Linksys router and typing "192.168.1.1" into the address bar.


Why? They last and visually cannot tell betweeen $700 product and $1000s more.
About this item
- Samsung USA AUTHORIZED – Includes Full Samsung USA WARRANTY
- Samsung TU7000 4K Ultra HD Smart LED TV | UHD 4K TV | Flat Panel | 360 Design | One Remote | Built-in Wi-Fi | ENERGY STAR Certified
- The TU7000 Crystal UHD TV unlocks hidden detail at four times the quality of Full HD. Plus Universal Guide helps you find exactly what you want to watch, quickly and easily
- Get into the game faster with Auto Game Mode which automatically optimizes the screen and minimizes input lag, giving you more control. Enjoy a smooth gaming experience without motion blur and judder
- BUNDLE INCLUDES: Samsung 4K Ultra HD Smart LED TV TU7000 | Standard Remote (TM1240A) | Remote Control Battery | Power Cable | User Manual | E-Manual | Includes Samsung Authorized USA Warranty | Additional 1 Year Extended Warranty for Products Valued From $500-$1000


QUANTUM LOGICAL STRUCTURES FOR SIMILAR PARTICLES
In this work we discuss logical structures related to indistinguishable (or similar) particles. Most of the framework used to develop these structures was presented in previous works. We use these structures and constructions to discuss possible ontologies for identical particles. In other words, we use these structures in order to characterize the logical structure of quantum systems for the case of similar particles, and draw possible philosophical implications. We also review some proposals available in the literature which may be considered within the framework of the quantum logical tradition regarding the problem of indistinguishability. Besides these discussions and constructions, we advance novel technical results, namely, a lattice-theoretical structure for identical particles for the finite dimensional case. This approach has not been present in the scarce literature on quantum logic and similar particles.


The Monitor Consoles
Stage monitors are used so that the musicians can hear the things they need to hear to keep the time and to keep on pitch. When music was all acoustic this was not such a problem, but with the introduction of amplified instruments and reinforced sound the volumes on stage began to rise and mask some of the cues for timing. The simplest form of monitoring was just an additional speaker pointed back at the stage. This helped, but the musicians don't necessarily need to hear everything that is in the house speakers to keep the band tight. Eventually someone thought of using an auxiliary send to provide only those things necessary to the musicians in these stage speakers.
As music production matured the stage monitors became more specialized. Not all of the musicians need to hear the same thing at the same levels to play their best. Singers need to hear their vocals and perhaps some melody instruments to maintain pitch. The instrumentalists need to hear the timing cues to stay tight. Because of the varying needs of the various players multi-mix monitoring systems were developed.
At first the monitors were handled via aux sends on the main mixing board. Most smaller systems still use this method to provide stage monitors. There are some drawbacks to doing monitors from the same desk as is used for the FOH mix. Since the monitors need to be a separate mix they need to be sent from pre-fader sends. Modern boards either provide some aux sends that are fixed pre for their tap points or are switchable pre/post either globally or on a per channel basis. Although some boards can be configured with aux sends pre-eq most come from the factory with post eq tap points. Since they are on the same channel strip the gain trim on the channel will affect the monitors. While these limitations are minor in most situations they do limit the creativity of the FOH engineer.
Because of these limitations and because good communication regarding the monitors is needed dedicated monitor boards were developed. The monitor station has its own engineer and is located on/next to stage for good communication. A split snake is employed to send the input signals to both the FOH and monitor boards. The monitor desk still employs the aux send technology, but because the house and monitor systems are independent the FOH engineer has full creative control of the house mix. The channel strip eq on the monitor desk is applied to all of the aux buses.
The Monitor Configuration in SAC
Because SAC was designed as a virtual digital mixing system the developer had opportunities not available in the hardware world. The developer took this opportunity to innovate in the form and function of the musician's monitor system in SAC. The SAC software package comes with the FOH console and 24 identical monitor consoles. There is an internal digital split so a cumbersome split snake is not needed. Each mix is assigned to a monitor console allowing full creative control for the monitor engineer. Since the system operates in the virtual world only the high capacity computer for the host is needed. With the remote control facilities built into the software a separate monitor station can be set up using a computer of minimal capacity. While the physical gain controls on the hardware preamp/converters will affect all signals there are virtual tap points that allow complete separation of the monitor desk from the FOH system in the software.
There are definite advantages to this arrangement. A dedicated hardware monitor desk is not needed nor is an expensive split snake required. The monitor engineer is also provided full creative control of the stage sound environment. Separate dynamics and signal processing can be provided for each monitor mix. There are virtual tap points in the system that allow monitor mixer one to be used as a master section handling most eq and dynamics for the whole monitor rig but the eq and dynamics sections are still active on the remaining consoles to satisfy individual needs.
The monitor consoles can also be set up to provide separate feeds if the situation requires. A separate mix could be provided for broadcast in this way or a monitor mixer could be used as a super-matrix mixer if needed. In the hardware world yet another desk would be required to provide the flexibility of the SAC software package. The flexibility of the virtual SAC system is unexcelled in the hardware world, either analog or digital.