Tuesday, June 21, 2011
Samsung Galaxy SII vs. iPhone 4
So , lets start with the dimensions.
Samsung has 125.3 x 66.1 x 8.5 mm which makes it's screen 4.3 inches and only 8.5mm thick.
The iPhone has 115.2 x 58.7 x 9.3mm which makes it's screen 3.5 inches and 9.3mm thick.
So the Samsung is chosen the winner of this round.
The next round is about performance.
Samsung has 1GHz Tegra 2 dual core CPU and 1GB RAM which makes it faster than
iPhone which has only 1 GHz ARM Cortex-A8 processor and 512mb of RAM.
So once again the Samsung is the winner.
Now about storage and camera.
They both come with built in storage of 16GB or 32GB, but the Samsung has the ability to expant that storage memory with a microSD up to 32GB more. So with all those High Definition videos and High Quality images, you sure need that memory.
As for the camera ,
Samsung has 8MP rear, 2MP front, 1080p video capture while
iPhone has 5MP rear, VGA front, 720p video capture.
The Samsung has the kind of front camera that even laptops are jelly of.
And the last and most important round, the OS:
Samsung runs on Android OS (2.3) GingerBread
While iPhone runs on iOS 5.
Android is far better than iOS 5 and the main reason for that, is that it's open source, which means that everyone can contribute to make it better, and they already did, and it allows you to make it just the exact way you want it, you can change anything you want. The iOS 5 is very limited, you can't change anything, you may only change the walpaper or the theme, but you can't add widgets like Android.
So with all these said, it is clear that the winner is Samsung Galaxy S II.
I haven't got any of these phones, but based on online research, I made this post.


05 Apr Ways to Stay Before Technology Trends
The information technology industry https://www.hsasupport.org/ is constantly growing and introducing new technologies, equipment and software program frameworks. Keeping abreast of these kinds of trends will help you secure a career and get ahead in the future.
A number of the top technology trends incorporate:
– AI and equipment learning (ML) – these are being used for various duties, mainly inside the manufacturing sector, which can be good for companies. They can increase productivity, reduce costs, improve customer service, relieve production issues and improve income generation.
– IoT and advantage computing – these are being used for devices being connected and exchange info through the internet. This will allow businesses to be more secure and make better decisions, as well as increase medical care and improve customer service.
Trends in augmented and virtual reality can be becoming increasingly well-known. These can use for game playing, entertainment and perhaps business objectives.
This is one of the greatest technology trends and has the potential to transform our society in the near future. You can use it for a broad variety of applications, which include transforming the medicine industry and revolutionizing energy storage.
It is often predicted that by 2023, 29 billion dollars devices will be coupled to the Internet of Things (IoT). This technology can be used for that variety of applications and will bring a lot of advantages to the world down the road.


Port Forwarding Guide
For automatic port forwarding try Simple Port Forwarding
Some routers & modems work best with port forwarding if you have a static
Manually set your network interface card ( NIC ) to use a static ip address.
You can also download my FREE Simple Static IP tool to set it for you.
Open your favorite web browser and input your routers ip address in the address bar.
Please note that you must have the http:// in order to connect to your router/modem properly.
Need help finding you router IP address? Click here
Once logged into the router, click the 'Virtual Server' link on the left of the page.
For 'Public Port-Start' enter a port number for the port you want to forward.
For 'Public Port-End' enter the last port you want to forward.
Example: To forward a range (3000-3300) Port-Start:3000 Port-End: 3300 OR To forward one port (3300) Port-Start:3300 Port-End:3300.
For 'Private Port' Enter the port you want to forward.
For 'Port Type' select the protocol you want.
For 'Host IP Address' Enter the IP address of the computer you want to forward the port to.
When finished click the 'Add This Setting' button.
Repeat Step 4 to add more rules.
When finished click 'Save Settings / Reboot' Link on the left.


Jiangxi Zhongguang Optoelectronics Technology Company Limited
Guangzhou Zhongheng Optoelectronics Technology Co.,Ltd was founded in March 2008,located in Yongxing Industrial park of Guangzhou ,which is a semi-conductor lighting enterprise and National High-tech enterprise of integrating R&D, production,sales and service of LED chips, LED encapsulation, LED application light sources and LED light fixtures. Jiangxi Zhongguang Lighting Technology Co.,Ltd, a branch of ZHL group, was founded in May,2013 and located in Yushan industrial park, Jiangxi Province, with 170,000 m2 factory and over 1,000 employees, annual output over 2.8 billion RMB.
Jiangxi Zhongguang Optoelectronics Technology Company Limited Tel:0793- 6906947 6906988 Fax:0793- 6906910 Address:No.15 OF Mountain Side Section,industrial Park of Yushan,ShangRao,JiangxiProvince,China All copyright ? Jiangxi Zhongguang Optoelectronics Technology Company Technical support: iyong 赣ICP备19001318号-1赣公网安备 36112302000129号


The starry sky projector comes with four display scenarios: the mysterious aurora, spectacular extraterrestrial planets, splendid Milky Way galaxy, and colorful nebulae. It takes you to experience a different virtual world and makes you feel like you are in the starry sky even when you're staying in the room.
Noise-free & Timer Shutdown
This starlight projector works without noise, creating a soothing sleeping environment. With the timed shutdown function, you don't have to worry about wasting electricity. Insert film - turn on the projector - adjust focus. It is convenient and quick to manually change the film The simple design is perfect for children.
Unique meteor mode
In meteor mode, the starry sky projector displays random meteor effects that look very realistic, with the meteor's trajectory and speed appearing just like what one would see in a real starry sky. Meteor mode is a popular feature in starry sky projectors that creates a mysterious and romantic atmosphere, enhancing the overall ambiance of a room. Many people choose a starry sky projector precisely for the chance to experience this stunning meteor effect


Just a simple single-light setup and a silver reflector.
The picture was shot indoors in my home studio. The only real trick to get the shot just the way I wanted was balancing the ambient light and strobe light to generate a dramatic light effect on the model while keeping the surroundings dark.
The shot was taken during the day with lots of lights coming through the windows and bouncing and getting diffused by the white studio walls. The light balance is achieved by selecting an appropriate f-stop that will get you a complete dark image when a picture of the model is taken in just ambient light. So set the speed at the camera’s flash sync speed, which for the X-E1 is 1/160th, and start taking pictures changing the aperture nay until you get a complete dark image. So, once this is achieved, then one starts playing with the power of the strobe, painting the model with light while keeping the background in the “dark.” This is achieved by using a rectangular soft box with a honeycomb grid to direct the light exactly where you want it. Once the light is set and the pose is placed, then one can make the final few slight adjustments to the aperture and power setting to get the finished shot.
LR and CS used to achieved mono and retouches.
The hardware: X-E1, 35mm XF, Alien Bees 800, Rectangular grid softbox, Silver reflector, and a couple Wireless triggers.


We extend our sincere invitations to young and middle-aged talents all over the world to join the faculty of NJUPT for a more prosperous future of the school.
1. Relevant Fields of Study
Philosophy, Applied Economics (Financing, Enterprise Economics, Statistics), Foreign Languages and Literature, Journalism, Mathmatics, Physics, (optics and Radio Physics), Optics Engineerring, Material Engineering, Electrical Engineering, Biomedical Engineering, Management Science and Engineering, Business Administration, Public Administration, Higher Education Studies, Educational Technology, Atlas Study and Geographical Information System, Precision Measuring and Testing Technique and Equipment, Circuit and System, microelectronics and solid electronics, Electromagnetic Field Theory and Microwave Technology, telecommunication and information system, signals and information processing, Control Theory and Engineering, Model Recognition and Intelligence System, Computer Systemic Structure, Computer Science and Technology, Applied Computer Technology, Information Security, Information Network, Broadcasting Engineering, Advertising Study.
2. Vacant Posts
1) Guest professors at NJUPT
2) Distinguished professor at NJUPT
3) Leading researchers and academicians at NJUPT
4) Distinguished researchers at NJUPT
Requirements for the posts above:
1. Guest professors at NJUPT
High-level associate professors at overseas universities, to work at NJUPT for over 3 months in a year, at least 2 months in special cases
2. Distinguished professor at NJUPT
Overseas applicants are expected to have assistant professorship or above. Full-time work is required, or at least 6 months in a year in special cases.
3. Leading researchers and academicians at NJUPT
With doctor’s degree and under the age of 55, to work at NJUPT full time.
4. Distinguished researchers at NJUPT
Under the age of 40, to work full time at NJUPT; with a doctor’s degree at renowned universities and institutions; overseas applicants must have post-doctor’s experience in high-level universities or research institutioins.
5. Application time
Please contact: Xu Xin, Zhang Xiaoni
Telephone numbers: +86-25-85866291, +86-25-52997271, +86-25-52997091
Address: Department of Personnel, NJUPT
NO. 9 Wenyuan Road, Yadong New Town, Nanjing,Jiangsu, China


Triumph at this discovery
If we trace a path that starts with Gutenberg’s use of moveable type to Malcom McLean’s invention of the shipping container, we start to recognize a very interesting pattern: Each new layer of abstraction and standardization creates value out of the resulting increases in scale and efficiency.
Today’s digital innovators can trace a similar historical path that starts with mainframe computers and monolithic applications and then, step-by-step, reveals software’s interchangeable parts until we arrive at today’s cloud-based era of microservices and continuous integration.
Microservices is an approach to building software that shifts away from large monolithic applications toward small, loosely coupled and composable autonomous pieces. The benefit of this abstraction is specialization, which drives down costs to develop and drives up agility and quality — while operating much more resilient systems.


The Institute for Mobile Media Research is a research and development institute focused on the creation, testing, and practical application of mobile media for academia, consumers, business, and community.
The institute engages with academics, industry experts, and students in immersive and multidisciplinary mobile media research and content development to explore how mobile technology is impacting how we communicate, socialize, learn, work, and play.
Mobile devices are enabling a new mobile lifestyle. No personal communication technology has influenced our lives and culture as quickly. And we are just beginning to understand the opportunities and challenges these untethered devices bring.
The institute uses various research methodologies to look at the uses, impacts,and market opportunities relating to evolving mobile devices and content. Working collaboratively with businesses and industry, organizations, and academics, we create practical research customized to clients’ needs.


5 edition of Telecommunication system engineering found in the catalog.
|Statement||Roger L. Freeman.|
|Series||Wiley series in telecommunications|
|LC Classifications||TK5103 .F68 1989|
|The Physical Object|
|Pagination||xxix, 752 p. :|
|Number of Pages||752|
|LC Control Number||89031275|
I Want to Grow Hair, I Want to Grow Up, I Want to Go to Boise
A Greek grammar for schools and colleges.
Natural Gas Cofiring Promotion Act of 1989
Department of Justice Appropriation Authorization Act, fiscal year 1985
Peasants and Their Agricultural Economy in Colonial Malaya, 1874-1941 (East Asian Historical Monographs)
Repeal of sections 2002 to 2031 Revised Statutes.
Through its three previous editions, Roger Freeman’s Telecommunication System Engineering has become a must-have reference on telecommunication networks. Since the third edition appeared intelecommunications has evolved exponentially, growing more multifaceted in its forms and applications, and more pervasive in everyday by: telecommunication system engineering Download telecommunication system engineering or read online books in PDF, EPUB, Tuebl, and Mobi Format.
Click Download or Read Online button to get telecommunication system engineering book now. This site is like a library, Use search box in the widget to get ebook that you want. ROGER L. FREEMAN is founder and Principal of Roger Freeman Associates, independent consultants in telecommunications, specializing in system engineering in the United States, Canada, and Hispanic America.
In the course of over forty-five years’ experience in telecommunications operations, maintenance, and engineering, he has served as principal engineer for advanced system. The latest version of this widely used handbook on telecommunication system engineering methodology describes the basic concepts of key technologies prevalent in the industry.
Fully revised and expanded, it presents authoritative coverage of such important current topics as cellular radio, asynchronous transfer mode (ATM), broadband /5.
Presents the general engineering considerations necessary to design practical telecommunication networks. Discusses both conventional analog telephony and digital communication, particularly data systems and digital telephony.
Also treats these networks as carriers of data, facsimile, and video. All Book Search results » About the author () ROGER L. FREEMAN is founder and Principal of Roger Freeman Associates, independent consultants in telecommunications, specializing in system engineering in the United States, Canada, and Hispanic America/5(5).
Provides telecommunication engineers with a holistic understanding of system reliability theory, telecommunications system engineering, and reliability/risk analysis Telecommunications System Reliability Engineering, Theory, and Practice is a must-have guide for telecommunications engineers or engineering students planning to work in the field Cited by: Download Fundamentals of Telecommunications By Roger L.
Freeman – The New Edition of this critically-acclaimed text continues the standard of excellence set in the first edition by providing a thorough introduction to the fundamentals of telecommunication networks without bogging you down in complex technical jargon or gh focusing on the basics, the book has been thoroughly.
ROGER L. FREEMAN is founder and Principal of Roger Freeman Associates, independent consultants in telecommunications, specializing in system engineering in the United States, Canada, and Hispanic America.
In the course of over forty-five years’ experience in telecommunications operations, maintenance, and engineering, he has served as principal engineer for advanced system planning at.
This book gathers world-class scientists, engineers and educators engaged in the fields of telecommunications and presents their latest activities. The main focus of the book is the advances in telecommunications modeling, policy, and technology.
( views) Radio Communications by Alessandro Bazzi - InTech, govern the systems engineering process and how those concepts fit the Department of Defense acquisition process. Chapter 1 establishes the basic concept and introduces terms that will be used throughout the book.
The second chapter goes through a typical acquisition life cycle showing how systems engineering supports acquisition decision Size: 1MB. Telecommunication system engineering/Roger Freeman–4th ed. Includes bibliographical references and index. ISBN (cloth) 1. Telecommunication systems–Design and construction.
Telephone systems–Design and construction. Title. TKF68 –dc22 Printed in the United States of America. File Size: 7MB. Telecommunication System Engineering (4th ed.) (Wiley Series in Telecommunications and Signal Processing series) by Roger L. Freeman. TELECOMMUNICATIONS BASICS The purpose of any telecommunications system is to transfer information from the sender to the receiver by a means of a communication channel.
The information is carried by a signal, which is certain physical quantity that changes with Size: KB. Telecommunication System Engineering, Third Edition presents a technical overview of telecommunication networks from a system viewpoint, with the aim of showing how one discipline can interact with another to reach a desired goal.
As in previous editions, the author covers all the concepts necessary for a complete understanding of the design of. Get this from a library. Telecommunication system engineering. [Roger L Freeman] -- "Thoroughly up-to-date and comprehensive. Telecommunication System Engineering, Fourth Edition is an ideal reference or self-study source for telecommunications managers technicians, engineers, and.
is a platform for academics to share research papers. Get this from a library. Telecommunication system engineering. [Roger L Freeman] -- The field of telecommunications is a rapidly growing one, with the bulk of the industry predicated on the telephone or PSTN (Public Switched Telecommunica-tion Network).
The primary goal of. Telecommunication--Handbooks, manuals, etc. Terplan, Kornel. Morreale, Patricia. TKT —dc21 CIP This book contains information obtained from authentic and highly regarded sources. Reprinted material is quoted with permission, and sources are indicated.
A wide variety of references are listed. Telecommunication System Engineering by Roger L. Freeman and a great selection of related books, art and collectibles available now at - Telecommunication System Engineering: Analog and Digital Network Design by Freeman, Roger L - AbeBooks.
Telecommunication system engineering by Freeman, Roger L. Publication date Topics Telecommunication systems, Telephone systems Borrow this book to access EPUB and PDF files.
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: Telecommunication System Engineering (Wiley Series in Telecommunications and Signal Processing) () by Freeman, Roger L. and a great selection of similar New, Used and Collectible Books available now at great prices/5(10). Telecommunication is the field of engineering which transfers the data from one point another through the wire or wireless communication protocol.
A well-designed redundant telecommunication system provides resilience, which allows the SCADA system to obtain data from either channel when a failure occurs in one. this book emphasizes. Arun Handa, in System Engineering For IMS Networks, Innovation Beyond Standards.
Research and development has been difficult with the traditional telecommunication systems, due to their limited accessibility. The OpenSource IMS (OSIMS) Core Project aims to.
Telecommunication System Engineering Wiley in Telecommunications and Signal Processing by Roger L. Freeman. ebook. Sign up to save your library. With an OverDrive account, you can save your favorite libraries for at-a-glance information about availability. Find out more about OverDrive accounts. Telecommunication is the exchange of signs, signals, messages, words, writings, images and sounds or information of any nature by wire, radio, optical or other electromagnetic systems.
Telecommunication occurs when the exchange of information between communication participants includes the use of is transmitted through a transmission medium, such as over physical media, for.
Telecommunication System Engineering Roger L. Freeman "A 'must' for anyone involved in the practical aspects of the telecommunications industry.-Choice, on the Third Edition A major new edition of a leading reference on telecommunication technology Through its three previous editions, Roger Freeman's Telecommunication System Engineering has.
Download Objective Electronics & Telecommunication Engineering Useful for Railways, DRDO, BHEL, DMRC and Other Competitive Examinations ByNeetu Singh – This book included Study Material and More than Objective Type & True/False Questions.
The book is replete with comprehensive study material and various concepts of electronics, electrical and telecommunication. Roger L. Freeman has 14 books on Goodreads with ratings. Roger L. Freeman’s most popular book is Telecommunication System Engineering.
The article provides the summary of the ISDN system as an infrastructure for the information services. The information services are divided into telecommunication services and computer services.
I can suggest that you read this book by Martin Sauter: I haven't read this book but have read other work from him and his blog WirelessMoves is also well known. If you want help to make up your mind, Wiley has the first chapter of every book.
Telecommunication Systems Engineering by William C. Lindsey the book clearly presents and develops a theory that can be used in design and planning of telecommunication systems operating with either small or large performance margins. Introduction Telecommunication System Functions in a Tracking and Data Acquisition Network Pages: Telecommunication System Engineering by Roger L.
Freeman,available at Book Depository with free delivery worldwide/5(11). Telecommunication, science and practice of transmitting information by electromagnetic means.
Modern telecommunication centres on the problems involved in transmitting large volumes of information over long distances without damaging loss due to noise and interference. The basic components of a modern digital telecommunications system must be.
Introduction to Telecommunication. Communication is a process in which information is transferred from source to destination. Information can be in any form e.g Voice, Data, Video, Graphics etc.
Voice communication is the simplest mode of communication. People also use facial expressions and body language to communicate with each other.
Electrical Engineering ebooks (Telecommunications) Download free Electrical Engineering eBooks. Click on book name for downlod link and more information. Advancement in Microstrip Antennas with Recent Applications. Advances in Cognitive Radio Systems by Cheng-Xiang Wang, Joseph Mitola III (ed.) Advances in Satellite Communications.
A telecommunications network is a group of nodes interconnected by links that are used to exchange messages between the nodes. The links may use a variety of technologies based on the methodologies of circuit switching, message switching, or packet switching, to pass messages and each message, multiple nodes may cooperate to pass the message from an originating node to the a.
As a graduate of La Salle’s Undergraduate Degree in Telecommunication Systems Engineering, you will be formally qualified to work as a Technical Telecommunications Engineer, and you will be well-placed to join what is one of the most attractive economic sectors in our country, thanks to its high growth and strategic position.
From the Publisher: Telecommunication System Engineering, Third Edition presents a technical overview of telecommunication networks from a system viewpoint, with the aim of showing how one discipline can interact with another to reach a desired by: During mmunication System Engineering, 3rd Edition.
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Diamond Light Source
Diamond Light Source is the UK’s national synchrotron science facility, located at the Harwell Science and Innovation Campus in Oxfordshire. The facility is used by over 3,000 academic and industrial researchers across a wide range of disciplines including structural biology, energy, engineering, nanoscience and environmental sciences.
Diamond Light Source is the UK’s synchrotron. It works like a giant microscope, harnessing the power of electrons to produce bright light that scientists can use to study anything from fossils to jet engines to viruses and vaccines. The machine speeds up electrons to near light speeds so that they give off a light 10 billion times brighter than the sun. These bright beams are then directed off into laboratories known as ‘beamlines’. The scientists use the light to study a vast range of subject matter, from new medicines and treatments for disease to innovative engineering and cutting-edge technology.
Diamond contacted Impress Group for 4 different variations of the micro machined part from PB102 Phospher Bronze, the extremely small highly toleranced part had to be 100 % inspected on all dimensional features, we utilised the Keyence IM vision measuring system to assist in the development of the part and to maintain the rigid specification throughout the manufacturing process.


The internet of things (IoT) is revolutionising businesses, from the ways they interact with customers to the factory floor. We explore the role of IoT from manufacturing to customer service to telecommunications
The internet of things (IoT) represents the intersection of the physical and the digital, hence its enormous usefulness to businesses looking to get concrete results out of digital transformation. Defined by Gartner as “the network of physical objects that contain embedded technology to communicate and sense or interact with their internal states or the external environment”, it’s obvious that the technology can enable a broad range of possibilities across different industries. Here, we dive deeper into just a few such applications.
Increased capacity for communication between devices using the internet of things has enabled collaborative robots to work alongside humans in a factory setting. Data collected form IoT-enabled devices can also be analysed to make improvements or construct digital twins of real world spaces for yet more insights. Industrial conglomerate Honeywell is one of many players in the space. It says the industrial internet of things has the capacity to improve performance, availability, reliability, safety and security by connecting people with processes and assets.
It’s not just the factory floor that is experiencing an IoT revolution, with even the way we interact with companies being transformed. IoT is shifting responsibility from companies to consumers in areas such as ordering food at a restaurant or buying tickets at a cinema, thanks to IoT-enable self-service machines. We spoke to Jacques Mangeot, the CEO of Acrelec, a manufacturer of digital signage and pay stations, whose customers include McDonalds, Starbucks and Burger King, and which recently raised over US$220mn in funding.
“Studies have shown that the use of self-ordering kiosks results in increased spending,” says Mangeot. “Kiosks do a great job at upselling products and provide the customer with detailed information which positively affects their purchasing decision. A great example of this can be found in a study conducted by McDonalds, one of our most well-known clients. The research showed that the average order size using a kiosk is as much as a dollar higher, while 20% of customers who didn’t initially order a drink bought one when it was offered.”
The company’s approach has been validated by the installation of 40,000 of its devices across 70 countries, facilitating two billion transactions per year. “Apart from increasing sales, speeding up the checkout process and improving consumer engagement, our kiosks are driven by real customer insight and offer invaluable data and analytics to further improve the consumer journey,” says Mangeot. “ The use of self-service kiosks also means that businesses can save resources, particularly staff time. Processing orders can be extremely time-consuming, but with self-checkouts the queue size is automatically reduced, giving staff more time to prepare orders and keep things running smoothly at peak times. Acrelec simply makes the Smart Restaurant a reality.”
It’s worth also considering the role of the telecommunications industry in enabling the rapid expansion of IoT. An evolution of standards has enabled the easier connectivity of devices, with the likes of NB-IoT and LTE-M being low power, wide area technologies specifically designed for the needs of IoT devices. The coming of 5G and the associated increase in speeds will make IoT devices smarter, while also generating huge amounts of data and potential security risks.
Telecommunications industry body GSMA produced a white paper on the subject, in collaboration with Ericsson and others, detailing the potential benefits to IoT provided by the next generation of communications technology: “Mobile IoT delivers connectivity on a massive scale today and will continue to do so in the 5G future enabling key IoT applications such as smart metering to help reduce energy consumption, smart logistics to enhance distribution efficiency and smart environmental monitoring to reduce city pollution.”
IoT, then, is making headway across a broad range of industries, and offering transformative new approaches to old problems. Gartner predicts that the enterprise and automotive IoT market alone will feature 5.8 billion endpoints in 2020, with utilities being the standout adopter. “Electricity smart metering, both residential and commercial will boost the adoption of IoT among utilities,” said Peter Middleton, senior research director at Gartner, in a press release. “Physical security, where building intruder detection and indoor surveillance use cases will drive volume, will be the second largest user of IoT endpoints in 2020.”
Forecasting even further into the future, IDC predicts that IoT devices will generate 79.4 zettabytes of data in 2025, from 41.6 billion IoT devices. In a press release, Carrie MacGillivray, group vice president, IoT, 5G and Mobility at IDC, said: "As the market continues to mature, IoT increasingly becomes the fabric enabling the exchange of information from 'things', people, and processes. Data becomes the common denominator – as it is captured, processed, and used from the nearest and farthest edges of the network to create value for industries, governments, and individuals' lives. Understanding the amount of data created from the myriad of connected devices allows organizations and vendors to build solutions that can scale in this accelerating data-driven IoT market."
IoT-enabled smart devices are becoming an ever more present part of our lives, whether that’s the smart speakers in our homes or the many more unseen ways IoT is impacting the products we buy and the ways we consume them.


To save precious space inside the shop, we planned to install an external heating and cooling system on the roof. One thing we weren't sure of, however, was how exactly we'd get such a large piece of equipment up on such a narrow perch.
The answer, it turns out, was a massive crane. Thanks, massive crane!
This guy obviously has a deep trust in the process.
This thing could have easily lifted our HVAC unit above buildings twice the size of these.
Now, it sits upon our tiny roof.
Inside the shop, the electricity and ethernet lines are being run.
These particular receptacles will power our menu boards. By "menu boards", I do of course mean "LCD monitors mounted to the wall".


The netbook genre has exploded during the time I’ve been hosting this site – and I’ve overlooked most models despite owning two of the most popular ones due to a lack of time to review them. However, as the market for the devices matured, the need for something that wasn’t simply “good enough”, but was actually “complete and useful” became quite pressing. Having started with the obligatory 4GB Asus Eee and moved on to the exceptionally good value Acer Aspire One A110, the time taken for these models to acquire internal 3G networking and decent storage was frustrating.
I started writing this review in October 2009, and it’s interesting that the most relevant change to netbooks is the standardisation of Windows 7. The low and mid range has not moved on significantly, so I’ve elected to complete the review – with a little more “long-term” content. Dell’s Mini 10 name now covers at least three distinct models of computer, so this review covers the 2009 Dell Mini 10 also known as the Inspiron 1010 – the other models are the Mini 10v, and the 2010 New Mini 10 (Inspiron 1012, with Windows 7). Right now the Mini 10 reviewed is still available starting at £299 with 1.6GHz CPU, and £30 upgrade to HD screen, still shipping with Windows XP Home; the closest current specification costs £404 and loses the Product RED red case and internal 3G module (neither option is available now). Dell’s specification changes constantly, as do the prices, so buy what you need when you need it.
If you want HD and 3G, Dell’s New Mini 10 is the option – though it lacks the TV Tuner/GPS options.
For a quick reference, here’s how the current Mini 10 range looks as of April 2010:
|New Mini 10
|Processors:||Intel Atom Z520 (1.33GHz)|
Intel Atom Z530 (1.60GHz)
|Intel Atom N270|
Intel Atom N280
|Intel Atom N450 (1.66GHz)|
|Display Options:||10.1" LED-backlit display|
1024 x 600
1366 x 768 (HD Option)
1024 x 600
(Early model with 1024 x 576)
|10.1 LED backlit display
1024 x 600
1366 x 768 (HD Option)
GMA 3150 - optional HD accelerator
|Storage Options:||160-250GB HD||120 to 250GB HD, 8-16GB SSD||160-250GB HD|
2GB (some territories, fiddly upgrade)
|OS Type:||Windows XP Home|
Windows 7 Starter
|Windows XP Home|
(Also supports OSX86 and Mac OS ports)
|Windows XP Home
Windows 7 Starter
|Wireless Networking:||801.11g/b/n options|
|Cellular Data:||Dell Wireless 5540 card optional.||Dell Wireless 5540 card optional on selected models.|
|Other Options:||Colours, TV tuner, GPS.||HDTV Tuner (coming soon)
New Cherry Red
Design Studio (Custom)
Even when taking the decision to just spend whatever was needed on a system which did everything was hard. 1024 x 600 screens began to look outdated as higher-end models gained “HD” displays with 1366 x 768 resolution. The Atom processor line was updated. Products would be announced in Taiwan or America, and never appear here – or would appear with different specification. Of note is Gigabyte’s TouchNote T1028M/X/G, which is a convertible tablet model similar to the M912 and featuring HD display on the X, and HSDPA modem on the G model; UK distribution is via Expansys, though they’ve been unable to provide a review sample.
Ordering the Dell Mini 10 was an exercise in self restraint, and I’ve never been fond of exercise. You can, if you wish, buy the Mini 10v for as little as £199 – this Linux based system comes with 8GB SSD storage or as a Windows XP model with 160GB for £249 – or you can start with the Mini 10, which uses the Atom Z520 processor and Windows XP at £299. The latter model is where I started, and the latter model is where Dell get your attention and money. Dell’s current range is slightly revised, and I will cover those on the last page of the review.
Assuming all the Dell models share the same chassis, the Mini 10 is one of the better made netbooks available. With a 10.1″ display the 1024 x 600 screen is very readable – if you’re starting with the high end option however, £20 will upgrade that to the 1366 x 768 option (which also makes the bezel/screen a flush, glossy design). At that price, it would be rude not to. £319 for a netbook with 160GB and that res? Definitely. And then, the Z520 can be upgraded to a Z530… and the 802.11b/g to 802.11n… and there’s an internal TV Tuner or GPS, that’s only £30… and internal 3G. These options have since changed – crucially there is still no 2GB RAM upgrade (the RAM is part of the processor module) and the GPS/3G options have been deleted. The latter is particularly interesting – the 3G card also provides GPS, so why isn’t it listed? The MCX port provides the antenna connection, so if you have TV, you can’t have an antenna. It may be possible to hack an external antenna onto the card somewhere.
Update: Having played with a few GPS tools recently, it turns out that the Dell Mini 10 with Dell 5530 HSDPA card does indeed have GPS even when the TV tuner is enabled. If you go to the wireless manager, start up “GPS” from the View menu, and then fire up something like NMEA monitor to the GPS port specified in the device manager, I went with Port 6 at 9600 baud. GPS sentence starts GSA. Presumably if you have Windows 7, you can then set up a location sensor if you so wish, if the drivers aren’t already in circulation.
In the end my Mini 10 came in at £553, but comfortably exceeds the Sony P11Z in most areas of the specification for considerably less money. Elsewhere in the netbook market, you’ll find one or two of the features (the internal TV tuner appears to be unique), but will usually end up losing somewhere else – Samsung’s NC10 may be readily available with 3G, but it’s slower and lacks the HD display and HDMI port of the Dell. The handful of HD display netbooks out either have smaller batteries than the Dell’s 6-cell option (£45) or cost almost as much without offering integrated 3G. The only area the Mini is lacking – if you can call it that – is not being a convertible tablet model, which is where the Gigabyte models come in. Delivery of the system took nearly two months; placing the order mid August saw it delivered in October.
More to come. Lots more.


Howe, George William Osborn (1875 -1960)
George William Osborn Howe was the son of W. J. Osborn Howe, of Charlton in Kent. He was educated at Roan School in Greenwich, and at the Armstrong College of the University of Durham. Apprenticed to Siemens Brothers of Woolwich, he was employed as an electrical engineer with Siemens Schuckert in Berlin 1900 1902. He then turned to lecturing, first at Hull Technical College 1903 1905. He was Assistant Professor of Electrical Engineering, Imperial College, South Kensington 1909 1920, and Head of the Department of Electrical Standards & Measurements at the National Physical Laboratory 1920 1921. Between 1921 1946 he was James Watt Professor of Electrical Engineering in the University of Glasgow. He was awarded the Faraday Medal of the Institute of Electrical Engineers in 1956. He married in 1901, Sarah Alice, youngest daughter of James Kinnear Maunder, of Newcastle upon Tyne.


NIR Responding Chromophores
A precise control of the optical properties within detaily defined chromophore can be achieved by several factors. We have documented that the regiospecifically modified tetraphyrin(22.214.171.124) skeleton responds efficiently to fundamental inititors (protonation/deprotonation) changing both absorption and emission that eventually can be observed at about 800 nm. In addition the redox process performed on the same molecule causes efficient switching off the fluorescence.
See: Chem. Asian J. 2016, 11, 3329-3333; Chem. Commun. 2015, 51, 11362-11365.
Redox Switchable Chromophores
Aromatic and antiaromatic molecules play pivotal roles in many applications. Both electronic states are characterised by completely different spectroscopic behaviour what bring a consequence to optical properties. We conduct a research task that forms and characterise structures where both electronic states are interchangable by a redox process.
See: Angew. Chem. Int. Ed. 2015, 54, 1906-1909; Angew. Chem. Int. Ed. 2014 53, 2992-2995.
Tripyrranes, structures where three heterocyclic units are linked by two methylene bridges present interesting properties starting from coordination abilities but also optical properties have been recorded as intriguing response. During our work we have explored several examples with increased rigidity of triheterocyclic brace linked with a carbon chain of different length.


GME UHF Radios with High Gain Antenna
Introducing our range of GME UHF Radio Units, fitted with High Gain Antennas. These units are designed to provide superior communication capabilities in all environments.
- GME TX3100 UHF Radio Unit with High Gain Antenna: This compact unit offers powerful performance with its advanced features. The TX3100 is equipped with a high gain antenna that ensures clear and consistent communication over long distances. Fitted for your convenience, this unit is ready to provide reliable communication in any setting.
- GME TX3500 UHF Radio Unit with High Gain Antenna: The TX3500 combines the best of both digital and analog technologies in one device. With its high gain antenna, it provides excellent coverage and clear communication. Fitted for immediate use, the TX3500 is a robust and reliable communication solution.
- GME XRS-370C UHF Radio Unit with High Gain Antenna: The XRS-370C is a top-of-the-line unit that offers advanced features for professional use. Its high gain antenna ensures superior communication over vast distances. Fitted and ready to use, the XRS-370C is the ultimate communication device for demanding environments.
Each of these GME UHF Radio Units is designed for durability and performance, ensuring reliable communication when you need it most. Choose the model that best suits your needs and experience the difference in communication quality and reliability.
Enquire now to get all your questions answered. Our dedicated team is ready to assist you with any queries about our product, shipping, and installation process.
Our 2023 Warranty Policy covers all Unicorn-manufactured products and boxer products, guaranteeing their quality and performance from the supply date. This warranty provides our customers with assurance and satisfaction in their purchase.


Evercam are now part a new H2020 research project for a new generation of low powered embedded computer vision platform. We’re delighted to be part of the Eyes of Things consortium led by Oscar Deniz Suarez from UCLM.
EoT will combine several cutting edge developments in imaging to produce the best embedded computer vision platform ever.
The other participants include:
|VISILAB, Universidad de Castilla-La Mancha (UCLM)
|Awaiba Lda. (AWAIBA)
|Deutsches Forschungszentrum Fuer Kuenstliche Intelligenz Gmbh (DFKI)
|Movidius Ltd (MOVIDIUS)
|Thales Communications & Security SAS (THALES)
|Fluxguide Ausstellungssysteme GmbH (FLUXGUIDE)
|nViso SA (NVISO)
Good luck to team, we’re looking forward to working with you.


GPU as a Service Market is characterized by R&D for vector processing and parallelism capabilities resulting in new algorithms and graphics design. Moreover, the increasing investments in AI platform and VR by players such as NVIDIA, Google, Intel, and Microsoft will improve the market potential and reliability on their GPU products.
GPU as a Service Market helps in delivering enhanced images, including optical effects, seamless motion, and intricate shapes at a faster pace. The market is booming due to increase in demand for visual effects in gaming and entertainment applications. Also, the improved performance and functionality of the GPU have made them coprocessors for the computation, fostering the market growth.
Request for a sample of this research report @ https://www.gminsights.com/request-sample/detail/2143
GPU as a Service Market is estimated to be surpass USD 5.7 billion by 2024. The GPU has become vital component in high performance computing, self-driven cars, AI and, is called as future of computing. In high-end applications, GPU is being used with CPU to accelerate deep learning, analytics, machine learning, and applications for platforms ranging from drones, search engines, cars to interactive speech, video games and much more.
The GPU on cloud is gaining importance due to growing use of applications on GPU hardware such as deep learning, AI, speech and voice recognition or NLP, data-mining, and real-time rendering. These applications benefit from scaling to multi servers and clusters that has high speed network interconnects.
The increase in the use of integrated GPUs compared to traditional ones used in workstations is attributing to the need of enhanced visual content. In addition, users are demanding improved graphics in games and entertainment industry, resulting in the need for CAD/CAM and imaging solutions. The market is competitive with increased focus on R&D for vector processing and parallelism capabilities resulting into new algorithms and graphics designer. Also, the initiatives taken by players such as NVIDIA in understanding AI and VR will improve the market revenue.
In order to meet customer new and improved demands, companies have started offering enhanced version of graphics through integrated GPUs with the adoption of advanced technologies of 3D imaging and mapping. Thus, vendors have started offering cloud services for GPU to improve the market potential.
Make an inquiry for buying this report @ https://www.gminsights.com/inquiry-before-buying/2143
North America will dominate the market in 2016, approx. accounting for 35% and is expected to maintain its majority by 2024, due to increase in the use of cloud computing and use of graphics technologies in various industries. Moreover, the region has established providers who are collaborating with software providers to offer their products on cloud. Asia Pacific (APAC) has huge opportunities owing to the increase in the number of gamers, internet reach, action movies, and improving real-estate industry. The region is the fastest growing market due to investment in infrastructure and initiatives taken by government.
Some of the key participants in the GPU as a Service market include NVIDIA, AMD, Google, Amazon, Intel. Microsoft, S3, and IBM. The industry is characterized by presence of graphics providers, integrators provider, cloud providers, security providers, and software providers.
Browse key industry insights spread across 195 pages with 230 market data tables & 13 figures & charts from the report, GPU as a Service Market in detail along with the table of contents:
About Global Market Insights
Global Market Insights, Inc., headquartered in Delaware, U.S., is a global market research and consulting service provider; offering syndicated and custom research reports along with growth consulting services. Our business intelligence and industry research reports offer clients with penetrative insights and actionable market data specially designed and presented to aid strategic decision making. These exhaustive reports are designed via a proprietary research methodology and are available for key industries such as chemicals, advanced materials, technology, renewable energy and biotechnology.


Aeroxcraft Brushless Gimbal Setup
Setting up your Aeroxcraft Brushless Gimbal
This is a (vaguely) technical document rather than a normal blog post. It will be of interest only to those people who have just bought, or are considering buying an Aeroxcraft Brushless GoPro Gimbal. If that’s not you, I’d stop reading now.
Here I will briefly go over setting up for coms with PC, updating the Firmware, and then changing settings.
Be aware that updating the firmware for this board will overwrite your existing firmware, and you will not be able to easily get that back.
You will require:
- 1 Aeroxcraft Brushless Gimbal (Martinez Brushless Controller / IMU)
- USB A to mini B cable
- Arduino (latest version)
- Whichever version of the firmware you want to install / configure
- 7.4v Power Source (2S 850 maH compact LiPo ideal)
- The GoPro, loaded into the gimbal assembly (for balancing during settings config)
I’m using Windows 7 Professional 64-Bit, and version 49 beta r77 of the controller software which I got from here
The procedure I followed was:
- Install Arduino, but NOT the USB driver (deselect at install).
- Plug in power to the gimbal controller and connect to PC via USB port. DO NOT LET WINDOWS UPDATE FIND THE DRIVER.
- Instead, go here and get older driver version 2.08.24. Use that as the USB driver for the board instead.
- Check you have board communication by checking Device Manager has assigned it a Com Port.
- Obtain the controller software version you want (from the link above) and unzip that to a Temp directory
- Back in Arduino, open the .ino file from the Temp directory you just created.
- In Arduino, under Tools, select the correct Com Port (Com 4 on mine) and under Board Version select Arduino Pro or Pro Mini, 5V / 16 Mhz w/AT Mega 328.
- Click the upload button to upload the firmware to your board. It will say ‘upload done’ when finished. If it says anything else, the update has failed and you probably have driver issues to solve.
Now to configure the settings:
In the folder containing the controller update, there is folder called GUI. In that is an executable that runs in a window and allows full control access to the gimbal without having to bugger about with .tcl files in Arduino.
Click blg-tool.exe to run the brushless gimbal GUI.
- When updated, the board will have loaded default settings for that firmware. These values are OK to start with.
- Remember – to see your changes you need the board to be independently powered (not just from usb) and you must remember to click ‘Save’ every time you make a change.
- When you are happy, click Save to Flash so that the gimbal retains the settings after power-down.
- Next time when you want to edit the settings, just connect to the board, ‘Load from Flash’, edit, and re-save when done.
Setting up the RC to control Pitch
I used the Aux 4 Rotary knob on my Walkera Devo 10 / RX1002 to control the pitch, or tilt of the gimbal. On that, Trim is set to zero, Travel Limits to -100 / +100 – defaults work fine.
From your receiver you need to connect the signal wire of a spare channel to pin A1 on the board, and ground on that channel to ground on the board (helpfully next to pin A1). You can practically achieve this by getting an extra long servo cable and chopping the Power + connection, leaving only signal and ground.
DO NOT SEND POWER FROM RECEIVER TO GIMBAL. Always power gimbal via a 7.4 volt battery or ubec.
Here are my settings for the gimbal, designed to give me 60 degrees up, 90 degrees down, with a centre point of about 5 degrees down.
-90 / + 60 degree TX controllable Tilt settings in Red
- par axisSwapXY 0
- par axisReverseZ 1
- par maxRCPitch 52
- par rcGain 5.0
- par accTimeConstant 7
- par dirMotorRoll -1
- par rcMid 1500
- par enableGyro 1
- par minRCPitch -109
- par motorNumberPitch 0
- par maxPWMmotorRoll 80.0
- par rcChannelPitch 1
- par angleOffsetPitch -12000.0 (without this, mid point is about 30 degrees down.)
- par rcChannelRoll 0
- par angleOffsetRoll 0.0
- par dirMotorPitch 1
- par maxRCRoll 30
- par enableACC 1
- par rcAbsolute 1
- par gyroRollKd 30000.0
- par gyroRollKi 25000.0
- par rcModePPM 0
- par accOutput 0
- par gyroPitchKd 40000.0
- par motorNumberRoll 1
- par mpuLPF 0
- par gyroRollKp 20000.0
- par gyroPitchKi 25000.0
- par minRCRoll –30
- par maxPWMmotorPitch 80.0
- par gyroPitchKp 20000.0
- par rcLPF 15.0
In that interface, some of the sliders go the opposite way to what you’d think – just be aware !
Lastly, there are a number of helpful documents on the aeroxcraft web site that cover some of this in more detail.
If you have the misfortune to connect power incorrectly to the controller board, even for a microsecond, you will almost certainly blow the fuse, and it will not work again until you do one of 2 things…
The Correct Way: Replace the top-soldered Schurter 6.3A OMI 125 fast blow fuse (part number 3404.0018.11) with a new one. RS have them in the UK.
The ‘Alternative’ Way: Bridge the broken fuse with a small piece of insulated wire soldered directly onto the board, accepting that if you plug power to it wrongly now, you will definitely break it and will be needing a new one.


Chevrolet Volt 4ET50 Transaxle Components and Operation
General Description at 2:20
Major Components at 2:50
EV Mode at 5:00
Electric Only Combined (Engine Off) Mode at 9:20
Extended Range Mode 11:23
Mountain Mode at 14:58
Disassembly at 16:16
Powerflow at 23:36
Summary at 27:30
Weber State University (WSU) - Department of Automotive Technology - Transmission Lab.
This video shows the components and operation of a 2013 Chevrolet Volt 4ET50 Extended Range Transaxle. This transaxle has four modes of operation as well as 4 possible operational states.
This transaxle design was used in Chevrolet Volts from 2011-2015. The 2016 and above models of the Volt use a different model transaxle.
I made an error on the Motor B to tire gear ratio, it is actually 7.001:1.
The planetary gear reduction is (1+(83/37)) = 3.243:1
The transfer gear reduction is (67/79) = 0.848:1 overdrive
The final drive gear ratio is (79/31) = 2.548:1
The result is 3.243*0.848*2.548 = 7.001
الان يمكنك الاشتراك ومتابعة كل جديد من موقعنا.


Karbonn officially launched its Phablet A30 with a price tag of Rs.12990. This Device was earlier available at leading online shopping stores at a cheaper price but now Karbonn has officially priced this Phablet at Rs.12990.Its Specifications will make it a biggest rival of the phones serving under the price tag of Rs.10,000. The Karbonn A30 sports a 5.9 inch 480 x 800 pixels, Capacitive Touchscreen display and is powered by a Dual Core 1GHz processor with 512MB of RAM and runs on Android 4.0.4 Ice Cream Sandwich OS. The device has a 8MP Rear Camera and on the front it has a 1.3MP Camera for video chatting. Karbonn A30 has 4GB (2.56GB user available) of inbuilt storage capacity which can be expanded upto 32GB using a microSD card. Connectivity features include Wi-Fi, 3G (7.2 Mbps HSDPA), Wi-Fi Hotspot, Bluetooth and also has proximity sensor, 3D G-sensor, light sensor. This device weighs 280 grams, and is just 10.7mm thick. Karbonn A30 is fueled by 2500mAh battery for a long run. Talking to Press & Media on Launch event, Shashin Devsare, Executive Director, Karbonn Mobiles said, “By devising the Karbonn A30 – Ta Fone, our endeavour is to form the world’s first 5.9” screen smartphone which blurs the differentiation between a Tablet and a Smartphone and creates a hybrid category of devices which is sure to see a lot of buzz in times to come,” Now, It would be interesting to see how Karbonn A30 Competes with its biggest rival Micromax A110 Superfone Canvas 2.


Go all out to become a leader in the lithium battery industry
Shenzhen Mottcell New Energy Technology Co., Ltd. was established in 2005, and won "National High-tech Enterprise" in 2009.Based on the production of LiFePO4 , lithium power materials and energy storage batteries,and advanced battery PACK technology, we provide communication base station energy storage, household energy storage products, industrial, consumer electronics and battery smart system solutions to the global market....
Our factory covers 50,000 square meters, daily production capacity of 300,000 cylinder cells, and a 4MWH grade automatic battery pack production line. We have advanced equipment, like automatic cell production line, automatic laser welding production line, high-end automobile level battery testing equipment, etc.Know more
Through independent research and development and the transfer of patented technology, the company has applied for 8 invention patents, 16 utility model patents, 3 appearance patents, 2 international PCT patents, and the latest 3 graphene patents.
We have a strong R & D team of nearly 50 people and fruitful research and achievements: 8 invention patents, 16 utility model patents, 3 appearance patents, 2 international PCT patents, and 3 graphene patents. About 10% of our revenue every year goes to R & D to ensure that our products and services better meet our customers and constantly innovate than our competitors.Know more
Successful businesses operate by quality. To ensure the quality of all products, we have established a complete quality, environmental and win ISO9001, ISO14001, OHSAS18001 and IATF16949, we have advanced test equipment to be sure quality control and assurance standards at each critical step of the production process.Know more
We have 16 years of practical experience in lithium battery manufacturing, our customers cover the consumer, industrial and engineering industries. With solid expertise, our team can provide the best manufacturing solutions of performance, reliability, safety and price for customer all over the world.Know more
Over the years, based on strong R & D teams and advanced equipment, we have been able to quickly respond to our customers' needs and provide excellent customized solutions for different industries, different customers, and different needs. This is not only for lithium batteries, but also we have the mold design, ID design, B2C customers and so on.Know more
We equip the factory with state-of-the-art machines, key machines from world class brands with a daily capacity of 300,000 liFePO4 batteries, Daily production of communication base station energy storage batteries can reach 1,000 pcs, allowing us to maintain the highest quality and competitive prices.Know more
Our customers are from around the world and our products sell around the world, so our products have multiple national, international certifications, such as UL, CE, BIS, KC, CQC, UN38.3, MSDS, RoHS, FCC, PSE, IEC62133 and more. At the same time, we can also cooperate with customers to pass the relevant certification according to different needsKnow more
Our target is to become the leader in the lithium electricity industry
We can provide you with hot-selling electric bicycle batteries, and we can also provide you with smart customized ebike batte
Shenzhen Mottcell New Energy Technology Co., Ltd. was established in 2005, and won "National High-tech Enterprise"
Q1:Can I have samples to test? And what is lead time for sample order?A1:Yes,we can supply samples,the leadtime for samples i
Q1: Can I get free sample?A1: Generally we don't provide free sample, but we can return sample cost when the buyer plant


Leo Kouwenhoven's Majorana Particles
(Dirk van Delft) THE LOW COUNTRIES - 2013, № 21, pp. 305-306
It took three quarters of a century before a particle, predicted by Italian theoretical physicist Ettore Majorana in 1937, turned up in a physics laboratory at Delft University. Kouwenhoven is a world leader in research on the electronic properties of nanostructures, particles with dimensions measurable in millionths of millimetres. These particles are important for quantum computers, now only existing on paper.


Admit it, your heating and air bills are driving you crazy, so you’re looking into various ways to save yourself money. Since there are several selections lets consider what the Nest smart thermostat can provide.
While a Nest smart thermostat will almost certainly help you save money with its incredible features – after all, it learns – it’s not compatible with every type of home system or wires.
What Is Nest Compatible With?
While the Nest learning thermostat does not work well with line voltage or millivolt systems, it works almost exclusively with low voltage 24-volt systems. However, there are exceptions, including the fact that Nest won’t work with low voltage heating and air systems that have uncommon or incompatible wires.
Here’s a quick breakdown of other exceptions:
Systems with Remote Sensors
Actually, it might be compatible with systems that have remote sensors; the problem is that Nest won’t be able to communicate with or gather data from the existing remote sensors.
Certain Micro-Controller Systems
If you have a system that features a micro-controller and not a relay, it may run erratically when power sharing. If this is the case, the Nest thermostat probably needs a common wire to make it run more smoothly.
Systems with High Impedance
If your system has high impedance, a Nest thermostat won’t get enough power via the wires of your HVAC system. In this case, you would need a common wire for compatibility.
State-of-the-art systems with proprietary features such as a serial code that facilitates communication between your heating and air system and the thermostat may be convenient and efficient, but the Nest smart thermostat cannot communicate with serial protocols.
Several systems include control panels or relay panels that need a common wire to mesh with the Nest smart thermostat. Panels that need a common wire are found on systems developed by manufacturers such as Honeywell, Carrier, Nordyne, Bryant, and more.
If you have a unit from one of these manufacturers, talk to one of the experienced team at Texas AC Specialist to see if your model is compatible with the Nest Thermostat.
If you’ve been considering getting a Nest smart thermostat, don’t make a move until you talk to the pros at Texas AC Specialist today. Nest will work well with many low-voltage heating and air systems, but not all of them. If you need to know whether or not your hardware, its wiring, and the system itself will work with this amazing thermostat, then don’t hesitate to contact the Texas AC Specialist today.
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|10.8 × 6.2 × 2.3 cm
NeuroTrac TENS Machine
Transcutaneous electrical nerve stimulation (TENS) is a non-invasive comfort measure for use during labour (best used from early labour and increasing intensity as labour advances). It has no side effects for the labouring parent or their baby.
The TENS unit is a compact, lightweight, battery-powered device with two pairs of self-adhesive electrode pads that are placed on the skin close to the spine. The TENS device is simple and easy to use with large buttons, a clear bright backlight LCD that allows the display to be read more easily in low light or dark conditions, and a remote booster switch.
The stimulation intensity is adjusted until a mild tingling sensation is felt. The NeuroTrac™ Obstetric TENS unit has a hand-held push button control to change the stimulation mode from LOW frequency burst to HIGH frequency stimulation. The low frequency is used during rest periods (between contractions). As soon as labour contraction is felt strongly the mode is changed to high frequency stimulation, once the contractions have subsided the mode is reverted back to low frequency burst mode stimulation.
Rental fee includes R100 refundable breakages deposit.
Rental duration: 4 weeks.
Shipping calculated during checkout is inclusive of return courier fees. Shakti Births will book the return courier within 3 days of your baby’s birth.
- Neurotrac Obstetric TENS Unit
- Pack of 4 electrodes (yours to keep)
- Remote boost switch
- 2 x leads
- User manual
- Carry bag
Out of stock


To put it simply, we love to build quality computers. It is at the heart of everything we do, in the computers we build and in every time we communicate with our customers. Building computers is in our blood, we bring years of experience and expertise to every build.
With three ranges of computers gaming, streaming and editing, there is a computer that suites your needs. Gaming computers are built for the peak gaming performance, with some of the best components on the market with value for your money. Streaming is very intensive on the processor, along with high powered capture cards to ensure full quality live streaming. Finally editing work stations, drawing most of its power from the graphics cards and processor to render and display real time footage as fast as possible, to experience the full editing experience..
Perfection is key, that's what we live by.
First we collect the parts from our wide array of stock items.
Your P is carefully assembled to make it your special PC.
Test, test some more then test it again until its perfect.
Carefully packaged, your PC will be on its way.


It's really hard to write accurate scientific explanations of stuff. It takes lots of time to think up ways of explaining things in such a way that lots of people will understand. If it's something like physics, most teachers and professors give up and use analogies or just plain falsehoods to try and get part of the idea across. There are especially great examples of this when it comes to quantum physics. Most text books and teachers give up trying to make real sense of what is going on and so present non-sense and then if someone objects how the explanation doesn't make sense they respond with more non-sense like "you can't ask that question" or "that's just the way it is".
A great example is the concept of "quantum jumps" used to explain how light is produced. If you want to find out how, for example, a fluorescent tube produces the light that it does, don't expect to find the actual explanation easily. You will find really bad approximations to the truth. The reason they are out there is because you can write a poor approximation to the truth in a few paragraphs. But to explain properly what's happening takes more effort - on the part of the author and of the reader. Most people can't be bothered.
But let's say you're actually interested in some particular question (like how is light generated by fluorescent tubes?) then it can be really hard to get to the best explanation we have without studying for a long time and figuring out why the bad explanations are just that: bad. The people who understand it best often don't write the introductory text books or webpages - and even when they do, they do what their teachers and texts did: dumb it down. And that results in nonsense. So I've tried with a simpler example: why does a candle flame shine? The whole explanation would be even longer than what I have written - but here's my first modest attempt at explaining why most explanations of this phenomena are just plain wrong.
So the story goes - the Director of the Hubble Space Telescope is allowed time each month to use the telescope to observe whatever s/he likes (incidentally, if you wanted to know why NASA doesn't point the thing at Earth just for fun, the reason is simple: the Earth spins below the orbiting Hubble way too fast . So you'd get worthless blurry looking pictures). So back in 1995, five years after the Hubble was put into orbit, the director at the time (Robert Williams) pointed the telescope at a particularly dark and tiny region of the sky (about a quarter the size of the full moon = 1/28,000,000th of the whole sky) and left the thing to stare into deep space for a couple of days in total (Hubble orbits the Earth of course so it took hundreds of photos of the same patch of sky over the course of many orbits). The picture thus assembled became known as the Hubble Deep Field (HDF) and is now old news in the astronomy community - but one of the most famous pictures of all time. What some don't know is that the process has been repeated a couple of times since with the Hubble Ultra Deep Field and in 2012 the Hubble Extreme Deep Field (XDF).
In all cases, what was seen were thousands of specks of light. Each speck - an entire galaxy. THE XDF is an even smaller patch of space than the HDF. The XDF is less than half the size of the HDF and so maps a region of space smaller than 1/56,000,0000th of the whole sky. That's a tiny patch of sky. Yet in that sky, the Hubble Telescope was able to resolve something like 5,500 individual galaxies. The XDF image actually also contains two spots that are actually stars within our own galaxy (we can tell the difference because of spectral analysis of their light - I write a bit about spectral analysis in another post).
So how does something like the XDF make you feel? Given there's 5,500 galaxies in a region of sky just 1/56,000,000th of the whole - in theory, Hubble could see at least 308 billion galaxies (if there weren't other things in the way - like our galaxy and nebulae and so on). And the Hubble isn't even a particularly large telescope (consider that Hubble has a 2.4 meter mirror for collecting light, compared to around 10.0 meters for the biggest telescopes on Earth). My point is: with an even bigger telescope in space, you'd see far more galaxies. Do so many galaxies make you feel unimportant? It shouldn't.
Who cares about huge numbers of galaxies? There's huge numbers of sand grains too - and in each sand grain there's more atoms than there are galaxies than Hubble can see (by a factor of trillions). So big numbers just don't matter.
Consider a small number: 1. In all our searching we've found billions upon billions of galaxies but we've found only one place with life and one place which is looking outwards into space. So far as we know, we're the only ones trying to understand what's out there and how it works. So perhaps that should make you feel big and important.
The most valuable thing you can offer to an idea


Revert uses state‐of‐the‐art, purpose-built mobile platforms and industry-leading erasure software specifically designed to completely and securely erase data on flash storage on‐site, preventing unauthorized access to data and assuring chain‐of‐custody integrity.
Revert complies with rigorous industry regulations and governmental legislation regarding data privacy and protection of personally identifiable information (PII) and protected health information (PHI).
We generate detailed reports and certificates of erasure by serial number, which provides audit-worthy and verifiable assurance that the data was rendered inaccessible in compliance with applicable internationally-recognized and published data sanitization standards. Our technology supports all flash storage types, including NVM Express (NVMe), USB removable media, memory cards, embedded flash memory, and RAM- and ROM-based storage devices from:
Any enterprise and midrange storage and server vendor, platform, operating system, and disk format
Any desktop/workstation/laptop/tablet vendor, platform, operating system, and disk format
Revert ensures that data is rendered inaccessible without destroying the physical storage device, allowing flash storage devices and/or systems and servers to be repurposed, reused, resold, or returned to vendors for warranty credit.


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Which voice codec should you use in order to provide toll quality calls?
Which is a factor in enterprise campus design decisions?
A. network application characteristics
B. routing protocol characteristics
C. switching latency characteristics
D. packet filtering characteristics
Which three statements are true regarding the virtual interface on a Cisco Wireless LAN Controller? (Choose three.)
A. supports mobility management
B. serves as a DHCP relay
C. used for all controller to AP communication
D. supports embedded Layer 3 security
E. default for out-of-band management
F. default for in-band management
G. provides connectivity to AAA servers
Which three are security services offered through Cisco Router Security? (Choose three.)
A. Trust and Identity
B. Integrated Threat Control
C. Unified Wireless Network Security Solution
D. Secure Connectivity
E. Voice-Messaging Security
F. Endpoint Security
G. Virtual Security Gateway
Which layer of the OSI model does Cisco recommend to place the enterprise network core layer, when designing a network based on its switched hierarchical design?
A. Layer 1
B. Layer 2
C. Layer 3
D. Layer 4
In the enterprise data center, which are the three main components? (Choose three.)
A. Network Infrastructure
B. Interactive services
C. Data Center Management
D. Internet services
E. WAN services
F. VPN and remote access
You have a campus network that consists of only Cisco devices. You have been tasked to discover the device platforms, the IOS versions, and an IP address of each device to map the network. Which proprietary protocol will assist you with this task?
Which three modular components are part of the Cisco Enterprise Edge Architecture? (Choose three.)
A. e-commerce module
B. Internet connectivity module
C. server farm module
D. remote access and VPN module
E. PSTN services module
F. enterprise branch module
G. building distribution module
Which three solutions are part of the Borderless Network Services? (Choose three.)
G. Next-Gen WAN
Which model of ISR is utilized for the teleworker design profile?
A. Cisco 1900 Series
B. Cisco 1800 Series
C. Cisco 800 Series
D. Cisco 500 Series
Which Cisco technology using Nexus NX-OS infrastructure allows the network architect to create up to four separate control and data plane instances of the Nexus chassis?
A. virtual port-channel
B. virtual routing and forwarding
C. virtual switching system
D. virtual device context
Virtual local-area network (VLAN), virtual storage-area network (VSAN), and virtual device contexts (VDC) help to segment the LAN, SAN, and network devices instances. Cisco Nexus 1000V virtual switch for VMware ESX and ESXI help to deliver visibility and policy control for virtual machines (VM).
Flexible networking options with support for all server form factors and vendors, including support for blade servers from Cisco, Dell, IBM, and HP with integrated Ethernet and Fiber Channel switches.
High availability is a key design consideration in the enterprise campus network. In a fully redundant topology, which is likely to provide faster IGP convergence during a failure?
A. redundant supervisors
B. redundant supervisors with Cisco Nonstop Forwarding (NSF) and Stateful Switchover (SSO)
C. single supervisors with tuned IGP timers
D. single supervisors
When designing for a remote worker, which two are typical requirements? (Choose two.)
A. best-effort interactive and low-volume traffic patterns
B. connections to the enterprise edge using Layer 2 WAN technologies
C. always-on connection with SLA from ISP
D. voice and IPsec VPN support
E. high-end security devices with stateful firewall filtering
F. dual or multihoming to ISPs
Which three options are valid Cisco STP tools used to ensure best-practice access layer design for the enterprise campus? (Choose three.)
C. Root Guard
D. BPDU Guard
E. Flex Links
Access layer Limit VLANs to a single closet when possible to provide the most deterministic and highly available topology.
Use RPVST+ if STP is required. It provides the best convergence.
Set trunks to ON and ON with no-negotiate
Manually prune unused VLANs to avoid broadcast propagation. Use VTP Transparent mode, because there is little need for a common VLAN database in hierarchical networks. Disable trunking on host ports, because it is not necessary. Doing so provides more security and speeds up Port Fast.
Consider implementing routing in the access layer to provide fast convergence and Layer 3 load balancing.
Use Cisco STP Toolkit, which provides Port Fast, Loop Guard, Root Guard, and BPDU Guard.
When designing a WAN backup for voice and video applications, what three types of connections should be used? (Choose three.)
A. Private WAN
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With single core processors reaching their peak potential, and the latest quad core processors either on the market or a short distance off (dual 4-core Penryn), we are left to wonder how consumer computing will change beyond editing Word documents and playing 3D photo-realistic games. Enter virtualization.
Virtualization refers to virtualizing hardware in software, allowing multiple operating systems, or images, to run concurrently on the same hardware. There are two main types of virtualization software:
- Type-1 Hypervisor, which runs ‘bare-metal’ (on top of the hardware)
- Type-2 Hypervisor which requires a separate application to run within an operating system
Type-1 hypervisors usually offer the best in efficiency, while Type-2 hypervisors allow for greater support of hardware that can be provided by the operating system.
As much as virtualization sounds like it should be relegated to 3D Sci-Fi movies viewed through bulky helmets, it has a much more practical use. For the developer, power user, and small business IT professionals, virtualization offers the same basic idea of collapsing multiple physical boxes into one. For instance, a small business can run a web server and an Exchange server without the need for two boxes. Developers and power users can use the ability to contain different development environments without the need to modify their main operating system. Big businesses can also benefit from virtualization by allowing software maintenance to be run and tested on a separate image on hardware without having to take down the main production system.
So what’s the big deal you ask? Two weeks ago, VMware made its entry level Type-1 hypervisor (ESXi) available for free, possibly in an attempt to take market share away from Microsoft’s upcoming Hyper-V technology. This announcement opens the floodgates for venture constrained businesses, developers, hobbyists, and consumers alike to tinker with such an advanced technology on relatively cheap hardware. While most will avoid the new technology for a while, it is only a matter of time before we see some very unique uses, and products, for this technology. Dye-in-wool open source advocates may not want to choose this product due to is closed-source license, but at least this is a cheap option for those that don’t want to delve into the complexity of the open source competitor: Xen


New AirStrike Technology eliminates the need for a compressor and hose, making your DIY projects – that much easier!
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Saturday, December 15, 2007
Dell Latitude XT Tablet PC
Dell Inc. has officially unveiled the Latitude XT Tablet PC, the company’s first convertible notebook. This sub-four-pound system features a 12.1-inch display with capacitive touch technology and support for future multi-touch functionality.
Contrary to tablets relying on the older resistive touch technology, the Dell Latitude XT’s capacitive technology senses the touch of a finger or with no pressure required for the system to recognize input. The resistive technology can be less accurate and durable than capacitive touch and may not support multi-touch, according to the PC maker’s press release.
Dell also said the Latitude XT provides hardware support for its upcoming multi-touch capabilities. This technology will allow the use of more than one finger for tasks such as zoom and drawing lines.
The display will be also available with optional daylight viewing capability. The previous reports say there will be CCFL or LED backlight options and that the resolution is 1280-by-800 pixels in both cases.
The Dell Latitude XT will come with Intel Core 2 Solo or Core 2 Duo ULV (ultra-low voltage) processor, and with up to 120GB hard drive or 64GB solid state drive, depending on customer’s choice. The system uses ATI Radeon X1250 integrated graphics. Regarding communications, the XT supports 802.11n draft wireless standard, and wireless broadband 3G (HSDPA, EV-DO Rev. A) connectivity, according to the previously leaked specifications.
With an optional battery slice, the Tablet PC will provide up to 9.5 hours of run time, the company says.
The basic Latitude XT configuration will cost $2,499 and will start shipping by the end of the year.


Automation is not a new thing, in fact it's been around for the most part of human history. We like to make things easier for ourselves in general. The first true case of 'automation' (that which uses some kind of control) was probably the water clock (200's BCE), and later the thermostat (1620).
However, more recently work has been focused on automating that which was traditionally thought that only a human could do on a more abstract level. A simple example of this is filling in taxes or diagnosing health problems. Now multiple automated systems exist for these that reduce the human time taken to complete these tasks.
As computer systems get more and more advanced, people are able to create more and more complex forms of automation. This computerised automation was once as simple as calculation of basic arithmetic. Automation is often linked to industrial manufacture and the first electronically automated factories were implemented around the 1950's. Now some factories run completely autonomously (see: lights out manufacturing).
Hence, my spurious prediction of how the automation process will take form in the short-term.
This make sense looking at it, we're in the part where we're developing more and more complex systems to do this, soon I think we'll see automation as a service. Companies will offer bespoke automation at a massive level, digital systems will be revolutionised by this as different building blocks can be put together, much like the industrial automation where modular systems are developed and fitted together by the user, this will exist in the computerised automation of processing data. And, to and extent it already it, optical character recognition libraries already exist and are implemented on a wide scale.
I think it is just a matter of a few years before we see a company that offers this as a service that is easily deliverable and configurable. Whether it will work well at first or not is to be seen but I definitely feel it's at least the short-term future of data automation.


Payment & Shipping Terms:
1,The brief and fashionable design idea ,both the appearance and feel are very nice.
2,Laser diode is imported, outside shell all use CNC lathe finishing,High quality crystal, lens group all are glass.
3, Easy to heat dissipation and waterproof structure design,adjustable focusing.
4,With tail self-locking switch, press the button turn on and again press turn off.
Outside Dimension: 25.5(dia) x 142(L) mm
Material of Outside: Aviation Aluminium
Surface Treatment: Anode Oxidation Silver color
Output Wavelength: 660nm
Output Power: 190-220mW Class III b
(can customize 50mW,100mW,200mW for customer)
Circuit Control: ACC Line
Light-spot Shape: Punctiform
Beam Style: Continuous Lineal
Light-spot Size: at the distance of 10 metres less than 18mm(dia)
Focusing Mode: Adjustable Focusing
Working Current: < 340mA
Operating Voltage: DC=3.7V
Starting Voltage: DC=2.6V
Warm-up Time: No
Working Temperature: +15°c~+30°c
Storage Temperature: -10°c ~+40°c
Power Supply Mode: 1pc ICR18650 lithium battery
Packaging: White Box, dimension is 158mm(L) x 99mm(W) x 40mm(H)
Remark: The price include a flashlight,a battery and a charger.


John Hunt, Senior Market Adviser for the Construction Sector at Enterprise Ireland, describes the top trends that will shape the data centre sector in 2018.
In an ever-evolving digital world, rapid technological change is driving data centre growth, creating facilities which are larger, denser, more converged and scalable than ever before.
According to a new Enterprise Ireland white paper, produced in conjunction with Data Centre Dynamics Group, the population’s insatiable appetite for secure, connected, mobile information has led to the evolution of ‘hyperscale facilities’, which has important implications for data centre procurement, design and construction.
Ireland is at the forefront of change in this area, having quickly established itself as one of the world’s most influential data centre hubs. Microsoft, Google, Yahoo, HP and Dell EMC all acknowledge Ireland’s expertise, innovation and capabilities to deliver complex data centre solutions , giving Ireland an increasingly competitive edge.
Emerging trends to watch out for in 2018 include:
1) The growing importance of data
As cloud-based technologies, the Internet of Things and 5G continue to drive demand, ‘digital twinning’ between the real and cyber world will grow. This will facilitate the development of smart communities, towns and cities, highlighting an increase in the value of data and demand for larger data facilities.
2) Parallels and connections between hyper-scale facilities and smaller data centres
While advancements in cloud-based technologies are the driving forces behind the new data centre era, there are connections and learnings between hyperscale and smaller facilities. Make sure you capitalise on these parallels for maximum impact.
3) The rise of edge computing
Build sector companies should ensure they are prepared for a new era of digital transformation and edge computing which are rapidly gaining momentum.
4) Future-proof facilities
For enterprise companies looking to move from in-house data centres provided externally and juggling outsourcing options, it is important to implement processes to better manage data centre facilities.
As 2018 unfolds, make sure you keep an eye on these trends, which may help shape your business.
To find your Irish partner today, contact John Hunt, Senior Market Adviser at Enterprise Ireland.


Palo Alto Networks, Inc. has pioneered the next generation of network security with an innovative platform that allows you to secure your network and safely enable an increasingly complex and rapidly growing number of applications. At the core of this platform is the next-generation firewall, which delivers visibility and control over applications, users, and content within the firewall using a highly optimised hardware and software architecture.
Palo Alto Networks safely enables your applications, users and content through innovative, tightly integrated technologies and services. Our firewalls determine an application’s identity and classify it across all ports. Next, the application and user are assigned a safe enablement policy, which will apply to all of your users and protect your network against all type of threats from the application – both known and unknown.


Saudi consumer electronics market surges
Saudi Gazette | 7.26.12
Saudi Arabia’s consumer electronics devices market, defined as the addressable market for computing devices, mobile handsets and video, audio and gaming products is projected at $6.4 billion in 2012, Business Monitor International said in “Saudi Arabia Consumer Electronics Report Q2 2012″report.
This is expected to increase to $8.2 billion by 2016, driven by the growing popularity of flat-screen TV sets, smartphones, notebook computers and other key product groups. It will also be driven by ongoing expansion of the electronics retail sector.


Due to rapid proliferation of information technology (IT) and its direct impact on the functioning of an organization, IT and its functional ecosystems can no longer be viewed in isolation. Proliferation of IT has its flipside too; that of induced vulnerability to threat of cyber crimes. Hence it has become organizationally imperative to safeguard the official cyber space from nefarious cyber crimes keeping the overall threat in perspective.
The International Organization for Standardization defines cybersecurity or cyberspace security as the preservation of confidentiality, integrity and availability of information in the Cyberspace. In turn, “the Cyberspace” is defined as “the complex environment resulting from the interaction of people, software and services on the Internet by means of technology devices and networks connected to it, which does not exist in any physical form.”
DGAQA has taken pro-active approach to safeguard the Cyber Space in organisation. Three documents have been prepared by the Information Technology Group and circulated to the Field Establishments and Detachments for the compliance.
1. Cyber Security Policy
2. Cyber Crises Management Plan
3. Cyber Security Framework
Cyber Security Reference Documents:
|Information Security Policy and Guidelines, Issue-1, Year 2022
|| (292 KB)
|National Cyber Security Policy 2013
|| (292 KB)
|Role and Responsibilities of Chief Information Security Officer
|| (477 KB)


Electrical engineering is an engineering discipline concerned with the study, design, and application of equipment, devices, and systems which use electricity, electronic, and electromagnetism. It emerged as an identifiable occupation in the latter half of the 19th century after commercialization of the electric telegraph, the telephone, and electrical power generation, distribution, and use.
Electrical engineering is now divided into a wide range of different fields, including computer engineering, systems engineering, power engineering, telecommunications, radio-frequency engineering, signal processing, instrumentation, photovoltaic cells, electronics, and optics and photonics. Many of these disciplines overlap with other engineering branches, spanning a huge number of specializations including hardware engineering, power electronics, electromagnetics and waves, microwave engineering, nanotechnology, electrochemistry, renewable energies, mechatronics/control, and electrical materials science.
Electrical engineers typically hold a degree in electrical engineering or electronic engineering. Practising engineers may have professional certification and be members of a professional body or an international standards organization. These include the International Electrotechnical Commission (IEC), the Institute of Electrical and Electronics Engineers (IEEE) and the Institution of Engineering and Technology (IET) (formerly the IEE).
Electrical engineers work in a very wide range of industries and the skills required are likewise variable. These range from circuit theory to the management skills of a project manager. The tools and equipment that an individual engineer may need are similarly variable, ranging from a simple voltmeter to sophisticated design and manufacturing software.
Mechatronics is an engineering discipline which deals with the convergence of electrical and mechanical systems. Such combined systems are known as electromechanical systems and have widespread adoption. Examples include automated manufacturing systems, heating, ventilation and air-conditioning systems, and various subsystems of aircraft and automobiles. Electronic systems design is the subject within electrical engineering that deals with the multi-disciplinary design issues of complex electrical and mechanical systems.
The term mechatronics is typically used to refer to macroscopic systems but futurists have predicted the emergence of very small electromechanical devices. Already, such small devices, known as Microelectromechanical systems (MEMS), are used in automobiles to tell airbags when to deploy, in digital projectors to create sharper images, and in inkjet printers to create nozzles for high definition printing. In the future it is hoped the devices will help build tiny implantable medical devices and improve optical communication.
Electrical engineers typically possess an academic degree with a major in electrical engineering, electronics engineering, electrical engineering technology, or electrical and electronic engineering. The same fundamental principles are taught in all programs, though emphasis may vary according to title. The length of study for such a degree is usually four or five years and the completed degree may be designated as a Bachelor of Science in Electrical/Electronics Engineering Technology, Bachelor of Engineering, Bachelor of Science, Bachelor of Technology, or Bachelor of Applied Science, depending on the university. The bachelor’s degree generally includes units covering physics, mathematics, computer science, project management, and a variety of topics in electrical engineering. Initially such topics cover most, if not all, of the subdisciplines of electrical engineering. At some schools, the students can then choose to emphasize one or more subdisciplines towards the end of their courses of study.
An example circuit diagram, which is useful in circuit design and troubleshooting.
At many schools, electronic engineering is included as part of an electrical award, sometimes explicitly, such as a Bachelor of Engineering (Electrical and Electronic), but in others, electrical and electronic engineering are both considered to be sufficiently broad and complex that separate degrees are offered.
Some electrical engineers choose to study for a postgraduate degree such as a Master of Engineering/Master of Science (MEng/MSc), a Master of Engineering Management, a Doctor of Philosophy (PhD) in Engineering, an Engineering Doctorate (Eng.D.), or an Engineer’s degree. The master’s and engineer’s degrees may consist of either research, coursework or a mixture of the two. The Doctor of Philosophy and Engineering Doctorate degrees consist of a significant research component and are often viewed as the entry point to academia. In the United Kingdom and some other European countries, Master of Engineering is often considered to be an undergraduate degree of slightly longer duration than the Bachelor of Engineering rather than a standalone postgraduate degree.


What do you want in a baby monitor in Evanston?
In years past, a baby monitor was pretty simple. You put a microphone-type device on a table next to the sleeping area, which sends audio signals to a receiver that looks like a walkie talkie. However, baby monitors now provide additional benefits. To illustrate, some monitors now have HD video and two-direction communications. You may even connect your monitors to Wi-Fi so you may wander all over the house. The latest baby monitors in Evanston are so elaborate that they are similar to interior surveillance systems in both features and price.
Should you switch baby monitor with a home security camera?
Since baby monitors and surveillance systems have similar capabilities, you have many people in Evanston integrating their child’s bedroom to their comprehensive home security package. This approach is beneficial -- particularly when using to a Vivint smart home -- as your baby monitor now has:
● HD video with low-light capability: Your monitoring device should include 1080p HD resolution, and infrared functionality for reliable low-light performance.
● 2-way communications: You won’t always have to go inside the bedroom to get your newborn back to a restful state. A comforting word may be all you need to keep bundle of joy asleep.
● Motion activation: Even though you can have your monitoring device function around the clock to keep a close eye on your child, your attentiveness could diminish over time. However, when your video surveillance identifies anything unusual, you can configure it to deliver a text alert to your smartphone. This is helpful when the baby soundlessly scales out of the crib or when your family dog noses into the space.
● Recording capabilities: Many baby monitors do not capture video footage. Today’s modern devices allow you to deliver a 20-second clip to grandparents to allow them a glimpse of what a special, sleepy child you have.
● Mobile phone monitor: Instead of carrying a separate device with you, you are now able to supervise your little one from a simple smartphone app. You might even touch base with your tot and babysitter if you’re able to get a night out.


Home routers at risk from “Moose” virus
A new virus has been reported called “moose” . Moose is a worm virus that targets home routers that are not well protected. The virus tries to access these routers by bombarding it with many thousands of passwords. If it accesses the router it will try and take ant passwords that are entered for online accounts. If you are using a home router, ( most of us are ), make sure you are not using the factory set password on the router login ( not your wireless network password). If you are then you will need to go to your router manufacturers website and download the manual for your model of router. Then do a factory reset ( Usually by holding down a recessed ‘ reset’ button on the back of the router for 10 -20 seconds ). After you have reset you should log in and update the firmware and change the factory default access password. Just changing the password is not enough if you have been infected.