The neural network analyzes the existing database of unwanted persons’ photographs and compares them with images from online cameras. If the images from the camera and the database match, an instant notification is sent to the mobile device that a person has been detected, indicating the camera that recorded that person for quick security response.
The system can also analyze faces and, if a person can be dangerous to the organization (by physiognomic characteristics), issues a notification to the security service.
- Develop a system using machine learning without using ready-made learning algorithms.
A new system was developed for the project, which fully fulfilled requests trained to an accuracy of 80-94% of face recognition. Accuracy lies in the quality of a camera that transmits an image to artificial intelligence.
The scientific data on facial features and their correlation with the commission of offenses were also analyzed and implemented into the system.
While working with the prototype, the system analyzed 200 people and issued 2 alarms. One of which was a man who was involved in hooliganism in his youth. The system correctly analyzes faces from the crowd and provides security guards with the ability to respond to potential threats.
- 3 Python developers
- Machine learning expert (Ph.D)
- Ph.D Psychologist
- 2 Ionic developers
- Angular developer
- QA engineer


For the last week I've
been working with project T-949, which is a technical project run by NASA.
Every year, two electrical engineers from the Goddard Space Center come
down to Antarctica to maintain a small ground station that is used to communicate
with polar orbiting satellites after their take-off. This year, the
two engineers, Andre and Tom, had to not only check-up and upgrade all
the computer components, but they also had to move all the computer equipment
into a new building.
Due to radio frequency radiation,
the satellite dish is keep away from McMurdo at a location called T-Site.
T-Site is found on the hills above McMurdo and mainly is populated with
radio antennas that connect science efforts all over the continent.
Just recently all the communication equipment at T-Site were replaced and
along with the hardware overhaul came a new building to store all the computers
in. For that reason, the NASA computers also had to be moved.
Much of my time working with Andre
and Tom was spent moving computer components and antenna controllers from
building to building, but in between hauls, they actually allowed me to
help replace different cards inside the computers.
Tom and Andre were great teachers
and shared a lot of their knowledge on satellites and ground station dishes.
My work with them came to a quick end today when I found out that I've
got to get ready for traveling out across the sea ice to New Harbor at
the entrance to the Dry Valleys. I am excited about finally getting
a chance to leave McMurdo, but I wish I could have help Andre and Tom to
the end. Good luck guys and thanks for letting me hang around this


Welcome to the Twentieth Annual International Space Settlement
This contest puts high school students in the shoes of aerospace
industry engineers designing a city in space that will be a home for
over 10,000 people. Student engineers demonstrate creativity, technical
competence, management skills, space environment knowledge, teamwork,
and presentation techniques to conquer the problems inherent in siting
and designing a Space Settlement (aka Space Colony).
Each year the Competition organizers develop a new design scenario
with its own special requirements. Contest teams work together to create
a 40-page report (see samples from index) that addresses the issues
and communicates their ideas and designs.
The prize: Twelve finalist teams from around the world are selected
to compete with a new scenario in a live Competition at NASA Johnson
Space Center in Houston, Texas, with real engineers sharing their
knowledge and experience in both engineering and management.
Read the items in "Big Picture" on the left to learn all the details
and form your own Space Settlement Design engineering team.


Esterline CMC Electronics Achieves 100th Delivery Milestone for its Third-Generation Sensor for Enhanced Flight Vision Systems
National Business Aviation Association (NBAA) Ã¢â‚¬â€œ October 30, 2012. Esterline CMC Electronics (CMC) has achieved a production milestone with the recent shipment of its 100th third-generation SureSightÃ‚Â® CMA-2700 integrated sensor system for Enhanced Flight Vision System (EFVS) operations to Rockwell Collins Head-up Guidance Systems (HGSÃ¢â€žÂ¢).
The third-generation SureSightÃ‚Â® CMA-2700 sensor offers the highest resolution available for an EFVS sensor and four times the resolution of currently certified systems. It features state-of-the-art digital image processing, including dynamic non-uniformity corrections for optimal image management. This end-to-end digital system is also the first EFVS to be fully compliant to ARINC 818 Avionics Digital Video Bus standards. This sensor has been selected for the Bombardier Global aircraft with the Vision* Cockpit and the Bombardier Challenger 605*.
CMCÃ¢â‚¬â„¢s SureSightÃ‚Â® family of infrared integrated sensor systems comprises of the CMA-2600 and CMA-2700, with a combined total of over 600 systems delivered to customers. These systems are designed to meet demanding video performance, reliability and quality standards, and are the leading choice for airframe manufacturers and prime contractors. They offer enhanced situational awareness in adverse visual conditions and enable operators to take advantage of regulations expanding the operational capabilities of aircraft equipped with an EFVS.
Under these regulations, when the runway environment cannot be visually acquired at the decision altitude or the minimum decision altitude using natural vision, the pilot of an aircraft equipped with a head-up display presenting the Enhanced Vision System (EVS) imagery can continue the descent down to a 100-ft. Height Above the Threshold (HATh), provided that the requirements for a visual approach are met using the EVS. From that point onwards in the descent, these visual references must be visible to the pilot without the use of the EVS for the aircraft to proceed to a landing.
The SureSightÃ‚Â®CMA-2600 sensor is in operation on multiple aircraft platforms, including the Bombardier Global Express* and Global 5000*, the Dassault Falcon 900, 2000 and 7X, and the Boeing Business Jet.
Esterline CMC Electronics (www.cmcelectronics.ca) has achieved an international reputation for innovation and excellence in the design and manufacture of electronics products for the military and commercial aviation markets. CMCÃ¢â‚¬â„¢s focus is on delivering innovative cockpit systems integration and avionics solutions to its customers worldwide. Ã‚Â Its principal locations are in Montreal, Quebec; Ottawa, Ontario; and Chicago, Illinois.Ã‚Â CMC is a wholly owned subsidiary of Esterline Corporation (NYSE:ESL, www.esterline.com), a specialized aerospace and defense company headquartered in Bellevue, Washington.Ã‚Â Esterline employs over 12,000 people worldwide.


Exploring Virtual Worlds Beyond Just Playing Games
Virtual worlds are แนะนำ UFABET เว็บพนันออนไลน์ที่ดีที่สุด computer-based online community environments where individuals interact with one another in a simulated world using graphical models called avatars. They are purpose-built for entertainment, education, business and other applications.
Virtual reality (VR) is an immersive อ่านต่อ experience that replaces the user’s eyes with a headset that displays virtual content. The headset may also deliver a range of sensory feedback including wind, sound and smells. Early VR systems such as the Sensorama, which was developed in the 1960s, used stereoscopic lenses and two sets of films to create the illusion of depth.
Beyond the Screen: Exploring the Boundless Virtual Realms of Online Platforms”
The modern VR continuum includes headsets, smartphones and tablets that display virtual content overlaid on the real world (see Figure 5) as well as fully immersive social virtual worlds such as the “First Contact” application on the Oculus platform. VR is becoming increasingly popular and accessible for people with visual disabilities, but there are some serious challenges to overcome such as vertigo, which occurs when the brain does not correctly connect with the environment and can cause a sense of movement even though the body is stationary.
As virtual worlds evolve to become more immersive, there is a growing expectation that they will be used for business purposes and in other fields of research. For example, scientists are using virtual worlds to replicate established animal models of cognition such as water labyrinths for rodents and navigation experiments with humans. This will make it easier to compare performance and brain activity between different subjects.


Whether you are looking for Spark Plugs, Glow Plugs, Distributors or Ignition leads we hold a comprehensive stock,as well as a comprehensive range of engine management components from lambda sensors to crank/cam sensors all sourced from major original equipment suppliers such as BOSCH, VALEO, PIERBURG and DENSO and NGK among many others.
Modern vehicles are nearly all controlled by computers today and as a result many sensors and meters are highly sensitive to change.
We have access to BOSCH’S entire range of products and if we don't stock it we can have it delivered directly to our customer the next morning.
NGK are one of the largest global car parts manufacturer and therefore as you would expect NGK spark and Diesel Glow Plugs are fitted as original to hundreds of new vehicles.
We keep a full range of both NGK spark and glow plugs and NTK lambda sensors.
Modern vehicles can have in excess of 25 electrical sensors per car and as a result we keep huge stocks of camshaft and crank sensors, MAP sensors and mass air sensors again from quality suppliers such as BOSCH,LUCAS and DENSO.


we have heard this term a lot and simply because in recent years the spread and popularity of this field has increased, which enables you to earn very good amounts through operations you perform by computer or Dedicated devices, in this topic we will learn about mining cryptocurrencies and we will
Cryptocurrency mining is the exploitation of the possibility of the computer, the most important of which is the graphics card, screen card, or even the processor, or the purchase and use of devices dedicated to mining, which have become more successful than relying on computer hardware, in order to perform and accomplish some complex and encrypted digital operations for CryptoCurrency networks
through these operations you can collect Some parts of the digital currencies, or the device’s hardware capabilities may be used to verify the financial transactions that take place between users and thus you can obtain encrypted digital currencies as a consideration for this work, that is, we can say that the device is relied on to solve
complex mathematical operations and all the faster the solution These operations the more the greater the profit and the speed here depends on the capabilities of For example, after making some profits in this field of bitcoin mining, you can directly convert it to the euro or dollar and then withdraw it or shop with it online..etc
When the field of cryptocurrency mining appeared, it was enough to use the hardware of the device as the processor and the screen card to obtain good results and profits, but with the passage of time the popularity of currency mining became great and therefore more competition, and this made it now more difficult. Therefore, other methods appeared, such as devices dedicated to mining digital currencies It provides you with the service of using high-quality devices in the cloud to mine currencies, now we will discuss all these methods in detail.
But now, after the field of mining in general has become popular and many people are working in this field, bitcoin mining via a video card has become somewhat useless as before, yes you can use this method now, but it will not give very great results.
Mining by computer processor:
The computer processor has a large and essential role in determining the speed of the computer. If your device has high specifications and a good processor, you can mine digital currencies, including bitcoin mining, as the method is similar to mining via a graphics card.


Electrodeionization of water (EDI) is a modern and fully automated technology that allows to obtain demineralized water with very high quality parameters, so much required in the energy sector as well as in many other industries. Water that is demineralized in an EDI process is mainly used in hospitals, the pharmaceutical and cosmetics industries as feed water for high-pressure steam boilers. It is also used in electronics industry and energy sector.
Electrodeionization is a combination of two water treatment methods: electrodialisis (ED) and demineralization on ion exchange bed (DI). This combination eliminated the drawbacks of both processes, namely high electricity consumption in the electrodialisys process, the need to use chemical reagents and the formation of aggressive sewage in the case of ion exchange demineralization.
The EDI devices, we offer, use a special ion exchange resin, selective membranes and electric field to continuously remove ions from permeate, i.e. water pre-treated in the reverse osmosis process. EDI is a device that reduces the conductivity of water after the reverse osmosis to minimum levels, depending on the quality of the input water.
The EDI technology provides an autonomous and continuous regeneration process without the use of chemicals. The efficiency of the EDI process (the ratio of output stream to the input stream) is usually 90-95%. The concentrate from EDI can be turned back to the beginning of the treatment process or before reverse osmosis, or discharged into the sewage system. It can also be used for other purposes. Its quality is usually close to the quality of water before osmosis.
The EDI module is made of many chambers divided by cation- and anion- permeable membranes in a spiral system (cylindrical housing). The inlet water enters the module and is divided into the permeate and concentrate chambers. Under the influence of the electric field, the ions from water flowing through the permeate chamber, go through the cation- and anion-permeable membranes into the concentrate chambers.
The regeneration of ion-exchange resin is induced by water that in the permeate chamber loses other ions and under the influence of electric field is electrolyzed i.e. decomposition into H + hydrogen ions and OH- hydroxyl groups.
All EDI devices that we provide are equipped with a controller with an operator's control panel, power supply devices and a control and measurement apparatus for measuring such quantities as pressure, conductivity (external device) and flow.
Due to the fact that the electrodeionization is a fairly complex process and individual selection of technology should be performed each time, all technical and price data is available on request.


Motorola celebrates its 95th anniversary this month. From pivotal moments like Earth-Moon communication to reinventing a fashion icon through its diverse product line, Motorola reflects on past successes that shaped the world, but also shares its future visions that will revolutionize the field of telecommunications.
Ever since 1928, Motorola has been at the forefront of technological innovation. One of the most significant moments of the past decades was the use of Motorola radio equipment during the Apollo 11 mission, enabling communication between the Earth and the Moon.
Just a few years later, Martin Cooper, former vice president of Motorola and director of its development and research center, made the first cell phone call in New York. That call was the first step towards the global possibility of communication from anywhere at any time. These inventions shaped the world as we know it today.
At the beginning of 2000, the Motorola razr V3 was born, redefining the design of mobile phones. With its vibrant colors, foldable design and slim body, the razr V3 quickly became a fashion icon around the world.
In 2019, Motorola recognized users' need for high-speed internet, introducing the z3 with 5G Moto Mode - the first commercially available phone with 5G connectivity. Since then, Motorola has focused on democratizing 5G technology within its g series, remaining committed to research and innovation in all its models.
While Motorola celebrates its past, the company remains focused on the present and the future. Their global growth, especially with premium products and B2B strategy, shows that the outlook for the future is already paying off.
This achievement rests on Lenovo brands such as ThinkPad laptops, premium Yoga PCs and Lenovo Legion gaming PCs. Sergio Buniac, president of Motorola, said: "At Motorola, we are changing the market with our premium devices and innovative features. We plan to double our business over the next three years, providing customers with more innovation."
Motorola is committed to expanding into new markets, strengthening synergies with Lenovo products, and exploring new ways to enhance its brand and connect with customers. It will also continue to bring innovation to the market through AI technology research, new forms of devices with bendable screens and better connectivity of different devices according to user needs. With this strategy, Motorola is ready for the next 95 years.


All-outdoor, compact, all-IP multi-carrier node
A new standard in microwave transmission combining multi-core radio technology, 2048QAM & LoS 4x4 MIMO to deliver 1Gbps over a channel.
Ceragon's groundbreaking FibeAir IP-20C multicore wireless node delivers up to 2Gbps for any deployment scenario, from macro-cell and small-cell backhaul, to aggregation and multi-carrier trunk in all-outdoor environments.
All-outdoor, compact, all-IP, E-band node
Compact, integrated, outdoor wireless node, delivering ultra-high capacity, low latency for cost-effective small-cell backhaul.
Ceragon’s FibeAir IP-20E wireless backhaul node for small-cell backhauling and aggregation, and high-capacity transport between macro sites provides ultra-high capacity for bandwidth-intensive network applications in E-band.
All-outdoor, compact, all-IP edge node
All-outdoor backhaul solution for access sites. Compact and environmentally friendly with cost-effective path to future network requirements.
Ceragon's FibeAir IP-20S all-packet edge node offers high spectral efficiency across licensed and license-exempt frequency bands (6-42GHz), increasing operational efficiency. It fully supports advanced Carrier Ethernet services and enhanced security features.


Dublin, Oct. 22, 2021 (GLOBE NEWSWIRE) -- The "Global 5G IoT Market (2021-2026) by Technology, Range, Deployment, Organization Size, Enterprise Vertical, Geography, Competitive Analysis and the Impact of COVID-19 with Ansoff Analysis" report has been added to ResearchAndMarkets.com's offering.
The Global 5G IoT Market is estimated to be USD 3.6 Bn in 2021 and is expected to reach USD 11.2 Bn by 2026, growing at a CAGR of 25.3%.
Key factors such as ultra-low latency connectivity with a broader geographic coverage requirement using the IoT devices have been a driving force for the growth of 5G technology for IoT devices. There has also been a rise in the data traffic recently due to the vast customer base using smartphones, tablets, and other devices and increasing numbers of connected devices. These factors are positively impacting the growth of the market further. Increased adoption of Industry 4.0 and thus, the requirement for high internet connectivity contributes to the industry growth.
The costs associated with the installation and deployment with high capital expenditure incurred to establish the 5G IoT infrastructure are high. This is likely to restrain the market growth.
- High volume of Data Traffic Generation
- Growing Demand for Low Latency Connectivity
- Increasing Number of Connected IoT Devices
- High Installation and Deployment Costs
- Increasing Number of Cloud Services
- Adoption of Industry 4.0 in Industry Sectors
- Government Regulations
- Technical Issues Due To Multiple Carrier Involvement
By Connection, 5G IoT connections have high demand as 5G IoT connections enable enhanced traffic management by deploying IoT connections to traffic lights, cameras and traffic sensors. 5 G IoT connections monitor energy usage and help reduce consumption. Due to the growing demand for smart infrastructure worldwide 5G IoT connections segment is anticipated to rise during the forecast period.
By Technology, the 5G New Radio Standalone Architecture is estimated to hold the highest market share. The 5G NR Standalone Architecture is a new radio network comprising of 5G RAN and core components of 5G technology. The built-in capabilities such as ultra-low latency, multi Gbps support & control, and user plane separation makes it an effective network over the 5G NR Non-Standalone Architecture.
By Range, the Short-Range IoT Device segment is estimated to hold the highest market share. The short-range IoT devices have their applications in emerging areas of healthcare, energy, manufacturing, etc. Besides, these devices require lower power and provide high connectivity. This has led to the high growth of short-range IoT devices.
By Enterprise Vertical, the Manufacturing sector is estimated to hold the highest market share. The popularity of automated and intelligent technologies has been driving the IoT market. The rising adoption of Industry 4.0 is anticipated to improve the operation cycle and the production process. The combined strength of 5G cellular connectivity can provide the manufacturing sector with certain advantages such as the availability of ultra-low latency networks, close to zero-defect manufacturing, seamless communication, reduction in downtime costs, and increased efficiencies. All these factors help in accelerating the growth of the manufacturing market segment for 5G IoT.
By Geography, North America is projected to lead the market. The factors attributed to the growth of the region is the high demand for the technology due to the technological advancements, rise in the demand for connected devices, and IoT enabled devices. Moreover, the strong presence of the Digitalized Service Providers (DSPs) such as Verizon, Telus, and AT&T Inc providing the services in the areas of 5G technology is likely to support the growth of the market further.
Some of the companies covered in this report are Qualcomm Technologies, Inc, Telefonaktiebolaget LM Ericsson, Palo Alto Networks, Inc., Anritsu, Sierra Wireless, Syniverse Technologies LLC, Nokia Networks, Huawei Technologies, AT&T Inc, Verizon, Juniper Networks, Inc, Sprint.com, BT, Telefonica S.A., Telstra, Bell Canada, Singtel, etc.
The report includes a Competitive Quadrant, a proprietary tool to analyze and evaluate the position of companies based on their Industry Position score and Market Performance score. The tool uses various factors for categorizing the players into four categories. Some of these factors considered for analysis are financial performance over the last 3 years, growth strategies, innovation score, new product launches, investments, growth in market share, etc.
Why buy this report?
- The report offers a comprehensive evaluation of the Global 5G IoT Market.
- The report includes in-depth qualitative analysis, verifiable data from authentic sources, and projections about market size. The projections are calculated using proven research methodologies.
- The report has been compiled through extensive primary and secondary research. The primary research is done through interviews, surveys and observation of renowned personnel in the industry.
- The report includes in-depth market analysis using Porter's 5 force model and the Ansoff Matrix. The impact of Covid-19 on the market is also featured in the report.
- The report also contains the competitive analysis using the Competitive Quadrant, the analyst's Proprietary competitive positioning tool.
- A complete analysis of the market including parent industry
- Important market dynamics and trends
- Market segmentation
- Historical, current, and projected size of the market based on value and volume
- Market shares and strategies of key players
- Recommendations to companies for strengthening their foothold in the market
Key Topics Covered:
1 Report Description
2 Research Methodology
3 Executive Summary
4 Market Overview
4.2 Market Dynamics
5 Market Analysis
5.1 Porter's Five Forces Analysis
5.2 Impact of COVID-19
5.3 Ansoff Matrix Analysis
6 Global 5G IoT Market, By Technology
6.2 5G New Radio Standalone Architecture
6.3 5G New Radio Non-Standalone Architecture
7 Global 5G IoT Market, By Connection
7.2 5G IoT Connections
8 Global 5G IoT Market, By Range
8.2 Short Range IoT Devices
8.3 Wide Range IoT Devices
9 Global 5G IoT Market, By Enterprise Vertical
9.3 Energy and Utilities
9.6 Transportation and Logistics
10 Global 5G IoT Market, By Geography
11 Competitive Landscape
11.1 Competitive Quadrants
11.2 Market Share Analysis
11.3 Competitive Scenario
11.3.1 Mergers & Acquisitions
11.3.2 Agreements, Collaborations, & Partnerships
11.3.3 New Product Launches & Enhancements
11.3.4 Investments & Fundings
12 Company Profiles
12.1 AT&T Inc.
12.2 BT Group Plc
12.3 Huawei Technologies Co., Ltd.
12.4 Now Microsoft Corp
12.5 Sprint Corporation
12.6 Telefonaktiebolaget LM Ericsson
12.7 Telefonica, S.A
12.8 Telstra Corporation Limited
12.10 Vodafone Idea Group
12.11 Bell Canada
12.12 Juniper Networks, Inc.
12.13 Qualcomm Technologies Inc.
12.14 Anritsu Corporation
12.16 Palo Alto Networks, Inc.
12.17 Sierra Wireless
12.20 Syniverse Technologies LLC
For more information about this report visit https://www.researchandmarkets.com/r/jv5ghj
CONTACT: ResearchAndMarkets.com Laura Wood, Senior Press Manager email@example.com For E.S.T Office Hours Call 1-917-300-0470 For U.S./CAN Toll Free Call 1-800-526-8630 For GMT Office Hours Call +353-1-416-8900


Technology has dramatically advanced over the past several decades. Artificial intelligence, which was first introduced in 1956 by John McCarthy, is slowly becoming a crucial part of modern healthcare practices. AI can be used for several different applications, including electronic health record systems, surgery assistance, intelligent prosthetics, and more.
While AI applications in medicine are still in their early days of infancy, we can still explore all of the progress that has already been made as well as the range of possibilities AI offers for the future. With AI, your organization’s EHR interoperability will be better than ever before. Let’s start by examining the potential applications of AI in healthcare.
Current and Future Applications of AI in Medicine for EHR Interoperability
AI has the potential to improve your organization’s EHR interoperability like never before.
Artificial intelligence can help make everyone’s lives easier, including patients, physicians, nurses, and hospital administrators. As AI systems become more sophisticated, they can help physicians achieve better health outcomes than ever before when combined with EHR interoperability and other data solutions. Let’s see how researchers are actively working to implement AI technology in medicine.
During the fall of 2018, researchers at the Seoul National University Hospital and College of Medicine developed Deep Learning-Based Automatic Detection (DLAD). This AI algorithm was designed to detect abnormal cell growth in chest radiographs. When comparing the accuracy of this new algorithm against regular physician detection abilities, the algorithm outperformed 17 out of 18 doctors.
Other algorithms like the Lymph Node Assistant (LYNA) by Google AI Healthcare have also been developed to help physicians identify suspicious regions that are undetectable to the regular human eye.
A brain-computer interface (BCI) is a device that receives and decodes brain signals to direct physical activity. Someone might try to move a prosthetic limb or navigate a computer program using a brain-computer interface. BCI-controlled devices are typically designed to be wearable or at least portable. Some BCI devices are developed to help patients recover from injuries while others are meant to replace a lost function. That said, many of these devices are still being developed and are not yet ready for use.
Electronic Health Records
Artificial intelligence can also be leveraged to improve an organization’s electronic health record. AI systems can leverage the mass amount of data inside a patient’s EHR to detect disease, predict the risk of surgery complications, improve diagnoses for certain illnesses, and more. Researchers also believe that AI can help improve EHR interoperability and reduce clinician burden.
Much of the drug and pharmaceutical industry is bogged down by long and expensive development processes. But with AI, companies can increase their efficiency and accuracy during the research process. For instance, BioXcel Therapeutics uses AI to help identify and develop new medications.
Diagnosis for Deadly Blood Diseases
The Beth Israel Deaconess Medical Center, which is the teaching hospital for Harvard University, is using AI technology to identify and diagnose deadly blood diseases while they are still in their early stages of development. Using AI-enhanced microscopes, physicians can search for and detect harmful bacterias in blood samples at a faster rate than ever before.
Right now, healthcare regulations do not address AI technology. Regulations regarding risk management, technical documentation, surveillance, and more will need to be addressed within the next few years. However, the FDA is already looking into regulatory frameworks for AI medical devices.
Fhirstation by Iron Bridge
Multi-tenant Software as a Service (SaaS) solution for EHR vendors and healthcare providers
As your organization begins to implement new AI technologies, it needs to maintain a high level of EHR interoperability. Fhirstation by Iron Bridge allows vendors, clinics, and other healthcare organizations to exchange information with each other. By breaking down information blocking, fhirstation makes it easier than ever for these healthcare players to communicate and collaborate with each other.
Fhirstation also offers SMART on FHIR for patient access applications, powerful data analytics, adapters, and implementation services. Together, these services allow your organization to operate smoothly and efficiently while also reducing costs and clinician burnout.
AI is not set to completely replace healthcare workers, but rather assist and enhance their performance. AI has the potential to help organizations cut costs, build personalized medical treatments, and reduce clinician burden. It will be exciting to watch AI continue to grow and expand its capabilities in the medical field.
Are you interested in improving your organization’s EHR interoperability? Iron Bridge delivers cutting-edge solutions for data integration, public health management, patient access permissions, and data aggregation. With Iron Bridge, your organization can remain at the forefront of the medical industry. Contact one of our team members today for more information!


Depending on whether your application targets WP7 or WP8 you’ll see different options in the devices dropdown. Since it is possible to run WP7 devices on both WP7 and WP8 devices you’ll see additional options for WP7 targeted applications (right image).
In the same way that you should always test your application on both the emulator and a real device, for a WP7 application you should test on both the wp7 and wp8 emulators, and ideally both wp7 and wp8 devices. In fact with the new SDK the test matrix just got significantly larger as you need to also test the 720p emulator (I’m less worried about the WXGA emulator since in theory it should just scale up from WVGA – the only thing to watch is that images don’t pixelate).
If you didn’t already realise, the new emulator images are actual hyper-v virtual machines. This means that they will appear in Hyper-V Manager. Although, I wouldn’t recommend attempting to tweak the images via the manager!
The Additional Tools window includes a Network tab, although in my case it’s a little confusing because there are four adapters. Whilst I haven’t been able to get Fiddler to work with the new emulators it does appear that lower level tools such as Wireshark can be used to monitor traffic – it’s useful to see what the IP address of the emulator is via the Network pane so that you can filter the traffic.
In the Windows Phone 8 SDK there is another tool that can really assist with debugging applications and their behaviour when interrupted. The Tools menu contains a link to the Simulation Dashboard.
The Simulation Dashboard (adjusts the currently selected emulator in the device dropdown) allows you to monitor the network speed and signal strength. It also lets you trigger the lock screen and a reminder.
Being able to trigger a reminder will aid in debugging your application, or game, when it is partially obscured, rather than simply when the user navigates away from your application.


VAPIX® MAKES SWITCHING SIMPLE
VAPIX® is a two piece design comprised of a rechargeable lithium battery and a disposable capsule containing nicotine or non-nicotine liquid. Once the pod is used simply dispose and replace with a new capsule.
VAPIX® CAPSULES UTILISE WORLD-LEADING VAPORISING TECHNOLOGY
VAPIX® Capsules house a ceramic core that atomises the nicotine e-liquid using FEELM® technology. FEELM® technology is revolutionary for the clean, consistent vapour production and highly leak resistant. The amount of vapour produced from VAPIX® is similar to a cigarette making the switch easy and making the product discrete.
MICRO-USB CHARGING FOR CONVENIENCE
VAPIX® utilises Micro-USB charging - the most common method of charging on the market. The battery lasts mosts users an entire day after charging fully. The light indicator on the battery will flash when your battery is running low.
BIOMETRICALLY DESIGNED MOUTHPIECE
VAPIX® features a biometrically designed mouthpiece to ensure maximum comfort and unbeatable user experience.


The telecommunications department was born in 2010 with the creation of Miajadas Telecom, S.L.U. with the objective of developing equipment in technology and telecommunications.
It began its journey in 2012, with the incorporation of the first workers for the development of a remote TG-Plus telemanagement unit for the distribution of electrical energy. After several years of development and testing, it was implanted in the facilities of the company Energía de Miajadas, S.A. Subsequently, this technology has been sold to other distribution companies nationwide.
Currently Miajadas Telecom continues to develop the remote unit in its version 2.0 for installation in the agricultural sector, using smart electronic meters and control systems for irrigation of the plots, having a great acceptance for its modulation to suit the client.
This unit is used in partridge hatcheries (temperature control, humidity, liquids, etc.) as a domotic control unit for offices (lighting control, air conditioning, multimedia services, access control, surveillance, etc.) and in homes automated with an advanced degree of electrification. All of this is controlled with our own design software, ELBRUS, which adapts to the different modes of use and to the tastes of the client.


Professor Carole Jackson (SAC Chair)
Western Australian Premier’s Research Fellow; Professor, Curtin Institute of Radio Astronomy, Curtin University
Prof Jackson leads astrophysics research at the Curtin Institute of Radio Astronomy. She was recently Business Development Manager at CSIRO’s Australia Telescope National Facility and managed the delivery of the dish antennas for the Australian SKA Pathfinder.
Professor Stuart Wyithe
Australian Laureate Fellow; School of Physics, The University of Melbourne
Professor Wyithe is an Australian Laureate Fellow at the University of Melbourne. Professor Wyithe represents one of the overarching programmes within CAASTRO, bringing together science in the areas of reionisation and galaxy formation.
Professor Lister Staveley-Smith
Deputy Director, Science/CAASTRO; Deputy Director, ICRAR, The University of Western Australia
Professor Staveley-Smith is a Winthrop Professor at the University of Western Australia and Deputy Director (Science) within the International Centre for Radio Astronomy Research. Professor Staveley-Smith sits on the SKA Science Working Group and leads one of its survey coordination groups.
Dr Lisa Harvey-Smith
ASKAP Project Scientist, CSIRO Astronomy and Space Science
Dr Harvey-Smith is a Research Astronomer at CSIRO Astronomy and Space Science and also the Project Scientist for the Australian Square Kilometre Array Pathfinder.
Professor Naomi McClure-Griffiths
Professor, Research School of Astronomy and Astrophysics, Australian National University
Professor McClure-Griffiths is a radiophysicist and radio astronomer who has worked with the Australian SKA Pathfinder to make discoveries and provide insights into the Milky Way. Professor McClure-Griffiths was also Head of National Facility Science at the CSIRO's Australia Telescope National Facility.
Professor Andrew Hopkins
Head of Research and Outreach, Australian Astronomical Observatory
Professor Hopkins has over 15 years experience in professional astronomy research, having held a Hubble Fellowship, an Australian Research Council QEII Fellowship, and serving as the President of the Astronomical Society of Australia (2013-15). His research focuses on the evolution of star formation in galaxies over cosmic history.
Dr Simon Johnston
Head of Astrophysics, CSIRO Astronomy and Space Science
Dr Simon Johnston is the Head of Astrophysics at CSIRO Astronomy and Space Science having previously been Project Scientist for the Australian SKA Pathfinder. He has been involved with the SKA science development for more than 15 years.
Professor Elaine Sadler
Professor of Astrophysics, University of Sydney and Director of the ARC Centre of Excellence for All-sky Astrophysics.
Professor Sadler's main research areas focus on galaxy evolution and active galaxies. She currently leads ASKAP-FLASH, a project which uses the Australian SKA Pathfinder telescope to learn more about hydrogen gas in distant galaxies.


We will be pleased to provide several demonstrations of our 3D sensors at the Automatica trade show which will be held from 21 to 24 June at the exhibition centre in Munich.
For several years now, Automatica is the platform where specialists and deciders from around the world and all branches of the industry get the latest news on innovations. It is the ideal place to get solutions for optimising production processes in order to reduce costs and improve the quality of the products manufactured.
At our stand, you will be able to see a Bin Picking robot unit with 2 Cirrus1200 scanners for quick and accurate locating of parts arranged in bulk in large-size containers. Thanks to a camera mounted on the robot, you will be able to evaluate the performance of our products directly in an industrial-type unit on complex parts.
Visio Nerf stand A4 206
2 Cirrus1200 in master/slave operation
Robot: Kawasaki RS030N
Integrator: Maschinenbau Kooperation Wuppertal
And at our partner Köhl AG, no less than 3 Cirrus3D sensors will be installed in different configurations. You will as such be able to evaluate the performance of the various Eyesberg solutions for 3D robot guidance and part inspection on line.
The design of this unit that was developed by Köhl AG for a company can be transposed to a production line with ease.
Köhl AG stand A4 304
Type of part: Crankshafts
1 Cirrus800 on board a robot for accurately locating stored parts
1 stationary Cirrus1200 for bin picking bulk parts
1 Cirrus600 on board a robot for finished part quality control.
If you need any information, you can contact our representative: Mr. Sebastien Paille on +33 (0) 664 68 1585 – firstname.lastname@example.org


AI + IQ
The Company's name "AIQ" is an amalgam of the acronyms for Artificial Intelligence (AI) and Intelligence Quotient (IQ).
The emergence of artificial intelligence and predictive technologies, using big data to provide user-specific smart products and advertising has seen huge growth over the last few years. Consumer profiling and behavioural analysis significantly increase the ability to offer relevant products and personalised marketing to customers, via targeted digital advertising campaign. After the acquisition, the directors will be seeking to leverage and find synergies amongst all these technologies on offer.


If you have a big warehouse, you want to be sure you don’t have any “dead zones” when it comes to syncing your barcode scanners with Fishbowl. These access point devices ensure you have total Wi-Fi coverage throughout your warehouse. Pick and cycle count with confidence, thanks to these plug-and-play devices.
Click the images below to view product details and specifications:
Preconfigured to match other Fishbowl compatible devices, this wireless access point makes deploying your Fishbowl barcode scanners a breeze. So simple to set up that it is virtually plug-and-play, the AP 6521 access point is designed to lower the cost of deploying and operating a secure, reliable 802.11n wireless LAN (WLAN). It enables controller-less operations at small to medium-sized sites by serving as a virtual controller and coordinating the operation of up to 24 neighboring access points for mobility and QoS services. The access point features a MIMO radio, superior receive and transmit sensitivity, and a GigE WAN uplink port. The embedded WiNG 5 intelligence ensures that traffic is locally forwarded along the most efficient paths without sacrificing quality of service and security implemented at the access point itself.Full Spec Sheet
The AP 7522 is designed to work perfectly with other Fishbowl-compatible wireless devices, including barcode scanners. Easy to install and set up, this wireless LAN access point includes 2x2 MIMO, 2-spatial streams, as well as 256 QAM modulation that boosts the bandwidth of the 802.11n radio up to 802.11ac levels, with support on both the 2.4 GHz and 5 GHz band. To meet sensor requirements, deploy a single AP 7522 as a dedicated sensor for high-demand use, or use a single AP 7522 as a sensor and an access point to get the most usability out of your network. Given the high-powered antenna and radio capability, you’ll need fewer access points while enjoying enhanced gap-free security features.
Security enhancements also include radio share and off-channel scan, which provide a great deal of flexibility when the AP 7522 is acting as an access point and a sensor simultaneously.Full Spec Sheet


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Kids Karaoke - Mini Sing Portable Powered Speaker + Microphone
Small Kids Karaoke Sing-Along Powered Speaker, easy to use, hours of fun!
- 4" Speaker
- Durable Plastic Case
- Carry Handle
- Bluetooth Streaming
- FM Radio
- Stereo AUX Line Input 3.5mm Jack
- LED Light Show
- Rechargeable Battery (USB Cable Included)
- Bonus Wired Microphone
- Weighs only 400 Grams
- 24cm H x 16cm W x 9.5 cm D
- Free Shipping In Australia
Limited Stocks just in time for Christmas.
Just plug it into a USB port to recharge the battery.


We are proud to present you our latest technical innovation:
POWER BOOST CONTROL
The Power Boost Control (PBC) system patented by B.O.S. Design enables you to record the best times on the track. The adaptive control unit adjusts to your driving style, thus enabling more precise and more efficient gear-changing times. Unlike the conventional shift light, you feel the vibrations on the left handlebar. Accordingly, you can bring the power out onto the tarmac faster, more reliably and in a highly concentrated manner.
The Power Boost Control system is available from 01.01.2015 for € 3,229.00 incl. fitting and expert introduction.
We are happy to advise you, so please get in touch with us.
The B.O.S. design team


- Fast － 20ms response time provides Ultra-fast response time and instant readings.
- Accuracy －Highest internal resolution up to one million counts allows for readability up to 10th of a gram. The acaia pearl is sensitive to even weight changes resulting from evaporation.
- Stability － Auto Zero tracking, Creeping compensation technology to provide industrial grade stability
- Build in Stopwatch － You can track the blooming, pouring and infusion time without a fuss, with the two-way timer that sync with your mobile phone.
- Automated Auto-off Customization － The acaia will not shut down during coffee brewing, auto-off feature is also customizable in mobile app.
- Rechargeable USB Power Supply －A greener alternative power source, battery lasts 20-30 hrs.
Inside the package:
* acaia | pearl ™ coffee scale (white)
* acaia | aerial ™ heat resistant pad (black)
* micro-USB cable
* Dimensions: 160mm(W) x 160mm(L) x 32mm(H)
* Aprox. weight: 462g
* Capacity: 4.4 lbs / 2kg
* Measuring Units: oz , g
* Increments: 0.1g
* Battery: USB rechargeable
* Connectivity: Bluetooth 4.0


The rapid development of AI has led to growing concerns about its implications on the job market. AI seems to be taking over jobs in various sectors. Understanding how these changes affect people and future employment is essential.
This article discusses the impact of generative AI on today’s jobs. We will examine which roles may be affected and the emerging AI jobs.
I’ve been in the Tech industry for two decades now. I have seen the Internet, Mobile, Big Data, and Cloud impacting our daily lives. In my opinion, Generative AI falls into the same bucket. I have reviewed and used AI writing tools in the last many months.
The Rise of Generative AI
Generative AI is a subset of artificial intelligence. It has made tremendous strides in recent years. Advancements such as OpenAI’s ChatGPT are leading the charge.
Powerful AI technology can generate human-like text, create artwork, and even develop music. With such powerful capabilities, it is no surprise that AI is creeping into various job roles.
This trend is leading to concerns about AI replacing jobs. It is also altering the entire employment landscape including the creative field.
Is AI Taking Over Jobs?
Experts predict that AI could potentially augment or replace a range of jobs. This phenomenon is particularly prevalent in a particular class of industries. What job will be taken over by AI? Those that involve research-intensive, repetitive tasks or have easily automatable processes.
What professions work with AI? Some of the sectors impacted by AI are listed below:
1. Financial Services: AI can automate data analysis, risk assessment, and investment management. This capability of AI potentially reduces the need for financial analysts.
2. Customer Support: AI-powered chatbots like ChatGPT can handle customer inquiries, potentially replacing customer service representatives.
3. Translation Services: AI can translate text and speech with increasing levels of accuracy. This AI capability poses a threat to human translators and language professionals.
4. Social Media Management: AI can generate marketing content, schedule posts, and analyze engagement data. This AI capability can potentially impact social media managers’ roles.
5. Manufacturing: AI can optimize manufacturing processes, automate assembly lines, and track quality control. This AI capability could displace some of the roles in a factory.
6. Healthcare: AI can assist with patient diagnosis or documentation. This AI capability can potentially reduce the need for some healthcare professionals.
7. Journalism: AI can generate news articles, do internet research, and write summaries. This AI capability can potentially impact journalists and newsroom roles.
One must note that AI may only partially replace some of the jobs. But it will also create new opportunities in emerging areas. These opportunities include data science, machine learning, and natural language processing.
Balancing AI and People
Will AI take over the work? The potential of AI replacing jobs is a legitimate concern. But it is crucial to focus on the opportunities it presents. AI can enhance productivity, streamline workflows, and improve decision-making processes.
How do I stop AI from taking over jobs? By embracing AI, businesses can adapt to the changing landscape. They can upskill the workforce to create a more innovative work environment.
Moreover, the development and maintenance of AI systems need human expertise and oversight. As a result, AI will not entirely replace the need for human workers in these fields.
AI will complement human roles. It will enable employees to focus on tasks that need critical thinking, creativity, and the human touch.
Emerging AI Jobs
As AI evolves, new job roles and opportunities will likely emerge. The latest AI/ML jobs are across various industries. They need a mix of technical, creative, and strategic skills.
Some of the potential new AI jobs include:
1. AI Trainers
Professionals who train AI systems. They teach them to recognize patterns and generate output aligned with specific goals.
2. AI Ethics Experts
Professionals who ensure AI systems are developed and used within ethical frameworks and responsibly.
3. AI System Managers
Employees who oversee and manage AI systems. They ensure smooth operation and effective integration into workflows.
4. Data Labelers
Individuals responsible for labeling and tagging large amounts of data. The data is to train and improve AI systems.
5. AI Interface Designers
Professionals who design and develop user interfaces and experiences. It helps human interaction with AI systems.
6. AI Sales Specialists
Experts who sell AI solutions and help clients understand their applications.
7. AI Product Managers
Professionals who develop and manage AI products from ideation to launch.
8. Prompt Engineers
This role has emerged due to generative AI technology. They are responsible for designing and refining the prompts or inputs. These inputs will feed the AI models with requirements for generated text.
The impact of AI on jobs is a multifaceted issue. There are both potential job losses and new opportunities on the horizon. As generative AI continues to advance, businesses and individuals need to adapt. There is a need to upskill and embrace the potential benefits of AI.
By striking a balance between AI and human expertise, we can create a future workforce that is more efficient, innovative, and resilient in the face of technological change.
I look forward to hearing how AI is impacting your job. Leave your comments below.


This article embarks on a chemical odyssey, exploring the unique properties and potential applications of Methylone. Through a comprehensive analysis, we aim to decipher its synthesis, molecular characteristics, and diverse chemical properties, shedding light on its significance in the scientific landscape.
Methylone, a compound with intriguing chemical properties, beckons researchers to embark on a scientific odyssey. This article sets the stage for a comprehensive exploration, delving into the synthesis process, molecular intricacies, and the multifaceted chemical properties that define this captivating substance.
The synthesis of Methylone unveils a carefully orchestrated process, leading to the formation of a compound with unique chemical attributes. Understanding this synthesis pathway is pivotal in comprehending the compound’s role as a psychoactive substance and its potential impact on neurochemistry.
Deciphering the molecular dynamics of Methylone provides insights into its chemical identity. Employing advanced spectroscopic techniques, scientists can unravel the arrangement of atoms, bonds, and stereochemistry, contributing to a comprehensive understanding of its structural intricacies.
Exploring the chemical impact of Methylone goes beyond its molecular dynamics, unveiling its role as a psychoactive compound. Understanding its interactions with neurotransmitter systems sheds light on its effects on mood, cognition, and behavior.
Conclusion and Caution:
As we navigate the chemical odyssey of Methylone, it becomes imperative to approach this compound with caution. The compound’s synthesis, molecular intricacies, and psychoactive properties underscore the need for responsible research and regulatory measures to mitigate potential risks associated with its use.
If you want to buy methylone you can do it here https://bbgate.com/threads/synthesis-of-methylone-bk-mdma-from-catechol.25/.


Straley, KentStatus: Development Tech I
Status: Development Technician I
Contact: University of Nevada Reno
Mail stop 174
Reno, Nv 89557
US Navy Aviation Electronic Technician 2004-2012
specializing in F/A-18 APG65/73 RADAR maintenance and repair.
Joined the lab in January of 2013.
Field tech responsible for the development and maintenance of seismic instrumentation and their associated equipment.
E-mail: click to email


Alchemy Eye, is a premiere Windows server network monitor software. This plug-in supported network analyzer tool continuously detects server availability and will alert the Network Administrator by cell phone, pager, ICQ or e-mail BEFORE a server goes down, preventing costly repairs.
Alchemy Eye monitors servers, file servers, services, devices, accesses and processes in networks of all sizes from small LAN to large scale WAN, and contains a DNS server monitor, file monitor, file server monitor and a bandwidth monitor. It writes monitoring logs, allows the Network Administrator to build network performance reports and can be configured to send various alerts to the Network Administrator whenever it detects specified conditions.
Although this computer monitoring software works on Windows machines, it can monitor all types of servers, including NT, Apache, Netscape, Solaris and IBM. It does this by tracking the standard protocols and services such as, TCP/IP, ICMP (ping), IPX/SPX, NetBIOS, SMTP, POP3, HTTP(S), FTP, etc.
With Alchemy Eye network monitor, you can supervise the outputs from Oracle Servers, MS SQL Server, RAS Server and practically any other type of database server. Among the many factors it logs are: free disk space, file creation, NT Events, NT service states and SQL query results.
It can execute external applications, run custom VBScript programs and make use of various third-party plug-ins and add-ons.
In the event of server failure, Alchemy Eye automatically notifies the network administrator and logs a fully detailed report that makes debugging a cinch.


Old versionsSee all
DriversCloud is a complex tool that helps you retrieve complete data about the configuration of your system, both hardware and software, and perform additional maintenance tasks such as installing and updating drivers, real-time monitoring the hardware, or analyzing BSOD (Blue Screen of Death) crashes.
This tool doesn’t only accurately detect your complete system’s configuration, but also allows you to export this important data to PDF documents in order to let you easily share them online.
I like a lot the real-time monitoring feature of this tool, as it helps you keep a close eye on hardware parameters like the voltage or the temperature of the processor or of the graphics card, etc.
DriversCloud is also easy to use. It comes as a desktop agent that you install on your system, but then its interface and its settings can be accessed through a web browser, as they come in the form of web pages.
To sum it all up, I recommend this tool especially since it’s free. It’s a neat, reliable and straightforward driver updater and system maintenance tool.
- Also analyzes BSOD crashes
- Real-time monitoring
- No standalone interface (only web-based)


There are several types of a thermometer in the market. Some of them are Glass and Mercury Thermometers, Digital Thermometers, Electronic Thermometers, Forehead, Pacific, or Plastic Strip Thermometers. In addition, some of them need a body/object contact and some of them are Non-Contact purposes. So, among these all, today we will be discussing Digital Infrared Thermometer, its useful aspects, specifications, and pricing.
Benefits of Digital Infrared Thermometer
Above all, this Digital Infrared Thermometer is a non-contact digital laser infrared thermometer, it can be used from distant. It is a handheld device that can display temperature readout. Such a thermometer scans the portion of a targeted object with its built-in laser. We can use this digital thermometer to check the temperature of ventilation, automobile, food item.
Recently, this digital thermometer is widely used in many areas to check the temperature/fever of a person if he is suffered from a Corona Virus or not. One of the specific symptoms of coronavirus infected person is a fever. So, this infrared thermometer can help in that situation. Using this non-contact infrared thermometer, one may not touch the subject. This prevents from spreading/transfer of virus or any molecules that may contain harmful organisms like bacteria and viruses. Due to its usefulness and benefits, many people are buying and using this digital thermometer.
Specifications of Infrared Thermometer
All types of thermometer have got their specifications. Similarly, the specifications of this thermometer are as follows:
- It is an IR Laser Temperature Meter. So, it works on infrared theory basis.
- It is a DIGITAL type. And, the display size is 1.9 inches and under.
- It has got an LCD display and buttons.
- Its power type is AAA battery and power supply ranges up to 2x AAA 7 batteries.
- The temperature reading range varies from -50~950°C (-58 to 1742°F)
- Its styling purpose is a hand-held type.
- It is for indoor use only.
- Its object distance ratio is 12:1.
- Its size ranges from 145x93x38 mm i.e. 5.71”x3.66”x1.5” or might change with little other values according to manufacturing companies.
- Its response time is 500 milliseconds.
- This infrared thermometer can be featured as a baby, children thermometer, forehead thermometer, thermometer infrared, etc.
- Its emission rate is 0.95 preset.
In conclusion, these are the specification of Infrared Thermometers. Also, please note that according to the price range the specifications might change.
Pricing of Infrared Thermometer
Finally, we have come to pricing detail. The price might get different as per its features and specifications, design, or shipping cost. For example pricing of Digital Infrared Thermometer ranges from $34, $58.49, $65.59 to $122.99.