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Significance Of Latest Automotive Technology

The last few decades have seen the advent of technology in all the spheres of life. The automotive industry is no exception. The vehicles have changed tremendously over the past decade. Vehicle manufacturers are always on the look out for new innovations to win over the customer segment. But are these new additions beneficial for a driver? The main purpose of this article is to discuss the pros and cons of the latest automotive technology:

Safety- With respect to safety, the enhanced technology has only complicated matters. In the good old days, the vehicles were not known for their speed. With the improvement in technology, the speed of vehicles has increased. But it has also lead to large number of fatalities in accidents, though technologies like shock absorbers and racing suspensions have been added to the vehicles for making driving safer and easier. Seat belt safety which became popular in the 1980’s, has certainly reduced the number of accidents. Enhancing the strength of cars is another strategy which has been adopted by various automobile producing companies.

Power Steering- In terms of power steering, the cars have certainly improved. Now, you don’t require to use power while turning cars. Also reverse parking is now a simpler process. So in this regard, you can say that new technology has generated a positive impact.

Improved side view mirrors- During the early days of the production of vehicles, the near side view mirrors were not fitted in the vehicles. But in all the contemporary vehicles, you will find near side mirrors. These mirrors are extremely helpful while changing lanes. This prevents road accidents and also makes driving easier.

Gear-less vehicles- Some people find it difficult to drive vehicles, in which gears have to be changed regularly. In order to aid such people, new vehicles which run automatically, with only adjustment of the speed being required have been invented. This innovation has acted as a boon for people with limited reflexes or senior citizens in the twilight of their life. Such people have also now got the opportunity to drive vehicles, whereas earlier they were dependent on public transport.

GPS Maps- This has been an extremely useful innovation. These involve road maps related to your destination, which can be viewed on inbuilt screens. This makes driving much more safer, as searching for an address in the directory while driving could prove to be hazardous.

Music systems and air conditioners- The new vehicles have music systems and air conditioners installed in them, which makes driving a pleasant experience. In the earlier vehicles, this facility was not available.

To Speed Up Performance of Your PC, Install Registry Repair For Windows

It’s a common thing nowadays to have a computer, either at home, or at work, or simultaneously, at both the places. A computer is a complex machine which handles a number of complex tasks, so once you own a computer, special attention is required towards the proper maintenance and upkeep of this complex machine which helps you in multiple ways in your day to day life. This maintenance does not involve rocket science, but can be done if you keep in mind a few simple things. The main thing involved here is the cleaning up your computer of the different kinds of files that keep piling on. This activity is also known as registry repair for Windows.

Once we start talking about clean up of windows registry, the next logical question that comes to mind is, what is the Windows Registry. It is actually a database storage facility in your computer where all the information is safely stored. Whenever you are performing any kind of task on your computer, be it starting a program, shutting down a program, surfing the internet, downloading or uploading of any file, addition or removal of USB or any other external device, it is the Windows Registry that you are interacting with behind the scenes. All the information like software, hardware, and all settings and information that your computer has, is stored in the registry.

It is quite natural, therefore, that files and folders pile up and clog the system while performing so many tasks. The cleaning up of the Windows registry, is hence a tedious task which is quite impossible to do manually. In order to optimize your registry, you need to have a tool that will be able to do registry repair for Windows. All the problems that lie in your registry should be detected by the software, as more often than not most of the problems reside very deep in the registry. This will take care of the hang-ups that are caused as a direct result of these problems.

Generally the process of registry cleaning does not involve any threat. But, errors can happen from the Windows Registry Repair. Therefore, it is important that the Registry Repair for Windows should also have another important feature, that is to create and maintain backup files for your registry. You can restore your registry back into its last working state, if the registry cleaner you use has a backup utility.

Removing undesirable programs on your startup will make your PC work much quicker. One other useful feature that you should ensure in your Registry Cleaner, is the ability to download free updates. The program can clean the registry better if the cleaner can be updated with the latest program revisions. All these features of an ideal Registry Repair for Windows will allow you to boost up your PC performance by eliminating the problems on your machine. Frequent reboots, hang-ups, corrupted file should be taken care of by a good registry cleaner which would provide you with a much better computing experience.

HD-CVI = The Death of the Analog Security Camera

I finally saw the end. I really saw the analog camera hanging in there after the emergence of IP high definition cameras as a very low-cost primitive video security solution. No more, as I now see the 1080p resolution HD-CVI cameras connected with cost lowering every week will ultimately cause the poor quality video we still see today to disappear. Finally a chance to rid ourselves of the bad video being recorded every day, many times for naught as the quality of video is useless in many cases. I was recently able to deploy HD-CVI, HD Over Coax, in several locations and clearly saw the video quality as equal to the high resolution IP I had been deploying. Wow, just connect the exiting coax cable to the BNC connection and connect the HD-DVR and boom, bad video to brilliant 1080p video with WDR. Four times the resolution and 30% more coverage demonstrated that this technology is every bit as good as the IP Video Security technology we see today.

I was not an advocate of HD over Coax until recently. With the quality of video coming from the new IP cameras, my recommendation was to replace the coax cabling and replace with Cat-5 for IP cameras. I saw customers looking at the high cost of the IP cameras as well as the cost of local security companies charging $100 /hour labor to replace the cable. I heard of issues in the early days (2013) of HD over Coax, and more importantly IP Cameras were making great gains in video quality and price levels. But HD-CVI has certainly gotten the IP folks on the defensive, but the performance over costs equation favoring HD Over Coax cannot be denied.

The benefit of HD-CVI is utilizing the same cabling that currently low resolution analog cameras are connected to and achieving the same benefits of IP cameras with high resolution and detailed video many times 4x the resolution/quality of the old analog cameras. The quality of HD-CVI is outstanding and the coax cabling allows two-way communication with the camera allowing detailed setup with each camera along with PTZ control and two-way audio.

Replacement of an analog camera with a HD-CVI camera takes approximately 10 minutes per camera. The replacement of the old DVR with a new HD-DVR takes approximately 30 minutes to setup. No connections are changed and the new system will offer remote access through the iPhone, Droid, or iPad offering high definition from any device.

Latency issues with IP camera systems are common today. The delay is typically in the live view of the camera coming from the NVR unit and this delay is seen and an issue with security guard monitoring, or critical sire monitoring. In most applications it is not an issue, however in a realtime environment, a delay of 2-3 seconds is critical. There are many IP systems in production today that “dummy down” the system to overcome this lag issue by lowering resolution, framework, etc.. HD-CVI does not experience any lag issues and provides the same quality video.

IP Cameras are an excellent choice in any CCTV Security Video system today. The lagging issues are something to consider and overcome with live feeds and other monitoring integration options. The quality of video and the choice of IP cameras make them “The choice” in any New Installation. However, my recommendation to owners of existing analog camera systems is to strongly consider replacing them with the new HD-CVI technology. With resolutions of 3 megapixel 1080p and the low cost of replacement, today you can get HD-CVI 1080 resolution at half the cost of an IP system, consider the HD-CVI system when you are ready to upgrade.

Stop Wasting Your Time and Invest In High-Speed Internet

There is nothing more irritating than a slow connection, causing users to continuously click the reload button in vain. Users can spend half an hour trying to upload a few photos or stream a movie. Instead of continuously trying to restart the modem to speed things up, people should call their provider to upgrade! The advantages of high-speed internet are never ending. Here is why you should make the switch today.

1. For Students and Their Assignments

Students trying to write a research paper might need many tabs open. High-speed internet makes it extremely easy to load and switch between multiple tabs. Pages with high pixel photographs and diagrams can also load within seconds. Students will not have to worry about the strength of their connection when trying to submit a paper. Even PDF files open within seconds with a faster internet speed.

2. For Professionals and Their To-Do Lists

A professional with a long list of to-dos will always be short on time. They are balancing many tasks at the same time, like sending an email, reading a document their co-worker sent them, and video calling a client in a different time zone. With a slow connection, everyday tasks will take longer than professionals can afford. Slow speeds can decrease productivity and make the whole day unnecessarily hard and slow.

3. Save Money on Entertainment

Uninterrupted streaming is important for many tech savvy people. Cable subscriptions are at an all-time low as more and more consumers turn to other internet-based services for entertainment consumption. With a high-speed connection, people can save not only money but also time because they can watch their favorite show on their own schedule. Some people also prefer to skip cable because they do not want to deal with the commercials.

4. Supports Multi-Users

For multi-member households, families need not argue over who gets to use the web. With a faster connection, everyone can receive the same quality of service. This is critical in a mid-sized to large office setting. All employees can enjoy the same benefits of fast loading and uninterrupted connection.

5. Affordability

Best of all, high-speed internet is affordable. Typically, the price is similar to that of lower bandwidth services, but do not accept any rate until it is in writing. Also, some companies may offer modem rental services, but it is cheaper to purchase your own.

In conclusion, the world wide web offers something for everyone. Many people feel disconnected from their lives and their networks without the internet. People can save themselves a lot of time and money if they call their provider to upgrade.s

The History of High Temperature Wires

High temperature super conducting wires or HTS wires have a long and interesting history. The story of how super conducting materials were discovered, and how they have been used in industrial applications since, makes one realize the importance of industrial scientific research. In this article, we are going to provide a brief history of high temperature super conducting wires.

The History of HTS Wires

The various events given below have been provided in a methodized timeline to help you completely understand the history of HTS wires.

    • 1911: The occurrence of superconductivity was discovered by Dutch physicist Heike Kamerlingh Onnes. He measured the electrical conductivity of pure metals such as tin, lead, and mercury at extremely low temperatures. He found that the metal resistance in a solid mercury wire would disappear when immersed in liquid helium. He realized that the immense electrical properties of pure metals allow them to reach a superconductive state. Mr. Onnes was awarded the Nobel Prize in Physics in 1913 for this achievement.
    • 1986: After Onnes’ discovery, a lot of research went into high temperature superconductivity. However, the first discovery of HTS materials was made by German physicist George Bednorz and Swiss physicist Karl Müller. As researchers at International Business Machines Corporation (IBM), Bednorz and Müller studied the electrical properties of ceramics, which were generated from transition metal oxides to produce superconductivity. In 1986, they were able to achieve superconductivity in alanthanum barium copper oxide (LBCO). The oxide’s critical temperature was 35K, much higher than Onnes’ temperature of 4. 2K. This led to the discovery of more superconductive materials, which could be used in industrial applications. Bednorz and Müller won the Nobel Prize in Physics in 1987 for their discovery.
    • 1987 to 1900: HTS materials were used in a variety of power applications such as motors, magnets, and power transmission. However, as most HTS materials were made from ceramic, they would be extremely brittle, and hence, could not replace metal copper wires. The need of the hour was a strong yet flexible conductor, which could be used like copper wires. The first solution that was presented was the use of Bismuth Strontium Calcium Copper Oxide (BSCCO) powder. The powder was packed into a silver tube, which underwent heating and rolling processes. The result of this was a 4mm wide wire that could be used at liquid nitrogen temperatures. This wire was the base for the high temperature wire manufacturing industry.
    • 1900s: While the silver tube was initially a success, it did not come without any problems. Silver was an expensive material to use, which lead to exorbitant wire prices. Also, BSCCO would lose its ability to carry super currents at low temperatures after a short time period. Extensive research led to an alternative in 1990. This second generation wire consisted of a superconductive coating on a thin metal strip. The advantage of this method was that other materials such as Yttrium Barium Copper Oxide (YBCO) could be used. YBCO could carry super currents in a magnetic field for longer periods of time. Also, a small amount of silver was required in the manufacturing process, which reduced the wire prices exponentially.
    • 2000 Onwards: After the successful development of the second generation wire, the next question was whether these wires could be manufactured in long lengths to meet the changing demands of various industries. High temperature wires were then created by electrical wiring companies. The lengths of these wires ranged from 100 meters to 10 km. Underwriters Laboratories (UL), the safety consulting and Certification Company, also created the standard UL758 for Safety for Appliance Wiring Material (AWM).

Today, various types of high temperature wires are used in a variety of industries. They can be found in military, medical, construction, and aviation applications. Industrial applications include superconductors, blast furnaces, and cement kilns.

Efficient high temperature wires are the result of work of eminent physicists and thousands of researchers, who have strived to create safe, durable wiring products for various industries.

I am writing articles to share my knowledge regarding high temperature wires. I really wish I’m useful at all.