The Year’s Most Important Communications Trends

Ever since the semiconductor was invented, communications have experienced continuous innovations. This is because communication plays a key role in developing core industries, like defence and financial management. And as social media continues to dominate the way we interact, we can see more from this field in the foreseeable future. Indeed, the future depends on the thing we do in the present. Looking at the communications sector’s current trends gives us a glimpse of what is in store for us in the coming years. It is only best to know about these trends and how they are going to society in general.

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How Does a Motability Car Work?

The Motability Scheme is a fantastic scheme that has helped millions of disabled people in the UK become more mobile. Established in 1978, the Motability Scheme allows those that receive a mobility allowance to exchange this for a lease on a car, wheelchair-accessible vehicle (WAV), powered wheelchair, or scooter. To Qualify In order to qualify for the Motability Scheme, an individual must receive either the Higher Rate Mobility Component of Disability Living Allowance (HMRC DLA), the Enhanced Rate of the Mobility Component of Personal Independence Payment (ERMC PIP), the War Pensioners’ Mobility Supplement (WPMS) or the Armed Forces Independence Payment (AFIP).

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Why Law Students Should Take Up Forensics More Seriously

Forensic science has evolved over the years, and it remains a valuable factor in many a court decision. For the National Institute of Justice, this discipline has always played “a vital role in the criminal justice system by providing scientifically based information through the analysis of physical evidence”. In this sense, lawyers will have to realize just how crucial it is to brush up on their knowledge of forensic science. Doing so allows for a lot of benefits in the course of their practice. And it’s always best to know as much as possible about this field at law school. With that being said, here are the top reasons why law students should put a lot of focus on forensic science.

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The Importance of EMI Shielding in Design

Designers play a crucial role in many of the products we use daily.  Not only have they dreamt up many of the life-changing technology we take for granted, but they also work with engineers to improve the user experience of just about everything under the sun. However, today’s tech-heavy world means that designers must be cognizant of engineering challenges – such as electromagnetic interference (EMI).  This can disrupt critical systems and functions of mobile devices, industrial equipment, cars, and even medical instruments.  With that in mind, here is an overview of the importance of EMI shielding in design.

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What 2018 Holds For Technology In Dentistry

Technology is making its way into every aspect of life, being adopted by the healthcare system to improve overall performance and limit waiting times with unprecedented success. How technology is expanding is an exciting time, as it is allowing new healthcare processes to be developed in order to benefit overall customer experience. Within the post, we will be taking a look into how technology within the dental industry is changing for the better in 2018! Emergency Appointments In order to keep up with the busy lifestyles of clients, dentists have resorted to emergency appointments. While this system has been around for a while, technological advancements are helping to improve average rates of customers seen per day, helping to make Emergency Dentist London services more streamlined than ever before. With the ability to fit around a busy lifestyle and technology to help reduce the amount of pain a patient may experience, even in the case of an emergency appointment, patients are able to go back to normal in no time. Teledentistry Technological advancements have seen the opportunity for teledentistry to expand. With the American Dental Association implementing this technique, it is becoming more widely recognized.  This gives the client opportunity to…

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How Technology Is Revolutionising The Automobile Industry

Day by day technology is revolutionising the automobile industry, and today, in some cars, there are no CD players at all. Instead, users can access music and much more on the go through advanced infotainment systems. Still, while these high-tech systems are certainly popular, driverless vehicles are quickly taking the lead as a hot topic. With industry leaders such as Honda featuring more than 50 technologies that work to keep drivers safe on the road regardless of where they are heading, we’re taking a further look at how different technologies are revolutionising the automobile industry. Driverless Vehicles Having proven successful, the concept of driverless and autonomous vehicles is becoming increasingly popular amongst individuals of all ages. As a result, in the coming years, driverless vehicles will receive a much stronger push. With technologies such as self-parking and adaptive cruise control being tested as we write, we could soon see these features become a standard feature in the automobile industry! Shared Transportation Services Whilst the mode of transport will visibly differ in cities across the globe, particularly where traffic and pollution are high, even though car sales are expected to grow by volume, the growth rate is predicted to decrease. According…

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Have you used CAD-based data to run your manufacturing processes?

One of the decisive factors whether an Electronic Manufacturing Service (EMS) is accepted or not is the presence of Computer Aided Design data. But why? If you are involved in a modern manufacturing process you definitely need an Original Equipment Manufacturer (OEM) since this is confidential information and also the core of your overall design. This is the reason why you should submit your OEM to your EMS partner before stepping into the following manufacturing stages. This is the first milestone of a series of modern and detailed manufacturing processes. Are you having trouble transforming from 2D images to 3D images? You need an excellent quality CAD software for it. Every actual manufacturing process is a work of art presented by the designer, and the deciding factor is whether any equipment used can enable it to happen. You really need the CAD software to make your products meet the today’s standards. For more info about what you need to do in dealing with electrical CAD, visiting https://www.ige-xao.com/en/software-editor-electrical-plm-cad-and-simulation/electrical-cad-software can be a good solution.

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Creating the Perfect Seal: The Story of the Science Behind the O-Ring

Apple has found yet another use for the versatile o-ring, filing for a patent for a cable design that uses the tiny seal to keep iPhone power connectors water-resistant, CNET says. The patent application lays out a design that seals Lightning power connectors and USB-C connectors from moisture by using an o-ring seal. This can make it easier and safer to recharge smartphones in locations such as kitchen and bathroom countertops where there may be water nearby. O-ring applications such as this rely on seals with exact specifications to achieve their intended purpose. Here’s a look at the science behind the o-ring, how manufacturers have developed specialized o-rings to meet different needs, and how to choose the perfect seal for your purposes.

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Program Flow In Embedded C

Program Flow and control is a control method of your program. For example, Loop constructions control repeated execution of repeated program segments where control is taken by control parameter. In this article, we will go through if/else switch/case statements and loop sentences like while, do while, for. While statement As I mentioned, three looping sentences available in C language one of them is While sentence. Let’s take an example: While(guess!=i) invokes looping operation. This causes the statement to be executed repeatedly at the beginning the condition guess!=i is checked. As long the argument is TRUE, the while sentence will be continued continuously. When guess becomes equal to i while statement will be skipped. I am not going too deep into it as there are tons of information about basic C.

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Control AVR 8 bit Timer-Counter0 using AVR-GCC

Timers are an essential part of embedded systems. They make your life much more comfortable if used properly. Timers run independently to the main program flow so that they can do the job individually without disturbing precious calculations done by the CPU. You just set up the timer and let it run while your main program performs other tasks. Timers are easy to set up. In this post, an example is made for Atmega8 timers. Other AVR microcontroller models and even different brand chips have similar timers. Atmega8 has two 8-bit timers/counters and one 16-bit timer counter with many abilities. Standard 8-bit Timer/Counter0 features are: TCNT0 is an 8-bit timer counter register that keeps the current count number. The timer counter can be clocked by an external clock through pin T0 or from internal via pre-scaler. The timer counter increments (MAX value is 0xFF) and then restarts from BOTTOM=0x00. After the timer Overflows, the flag TOV0 is written to 1, and if TOIE0 bit in SREG is set, then timer overflow interrupt is executed. TOV0 acts as a ninth bit of counter register that is only set but not cleared. When this bit is combined with timer overflow interrupt –…

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