What Is the Technology Behind a Touch Screen?

Have you ever wondered just how the touch screen on your cell phone, tablet, LED television, or any other device actually works? It is amazing to think that we can now issue commands to our devices with the touch of our hand and while this technology might seem new, it has actually been around since the 1960's.

In fact, the technology behind the touch screen can actually traced right back to the 1940's but it was only two decades later that it actually became feasible to use on a large scale.

ATMs have been using technology since 1965 which is when E.A. Johnson invented the first finger-driven touch screen that actually used the same capacitive touch mechanism that is still used in cell phones and other devices to this day.

According to Roger Samara, there are other types of touch screen technology such as resistive touch or multi touch technology, capacitive touch technology is the one that is preferred for mass produced consumer products.

How is a Capacitive Touch Screen Made?

Today, a capacitive touch screen works through the use of an ITO touch film that is attached to the screen. This touch film is basically a semiconductor that has been printed out using semiconductor manufacturing methods such as roll to roll processing which uses a roll to roll evaporator system to create an electronic device on a flexible plastic.

A roll to roll evaporator system from industry leading manufacturers are able to mass produce ITO touch film that can be used on various devices such as smart phones, LCD or LED screens, tablets, and PC monitors.

Roll to roll technology is the preferred method over other technologies such as roll to plate and plate to plate technologies due to it offering a continuous process and higher throughput than the others. That ITO touch film is then programmed using software that enables us to give our devices instructions through the use of our fingers on the screen.

In fact, semiconductor manufacturing processes such as the roll to roll evaporator system are used for many other products too, such as solar panels, cameras, and printers.

Summary

So now you have a basic idea of where technology came from and the technology that is used to produce the semiconductor film that is used on touch screens today. Without machines that use a roll to roll evaporator system, we would not be able to enjoy the many touch screen devices that are available to us today.

Roger Samara is a computer savvy who is passionate about his work & new technologies. He examines user's technical needs and provides them with best solutions.

Article Source: http://EzineArticles.com/9437083

Monitoring Network Traffic More Efficiently

The company intranet is growing constantly at the time. Hence, the network administrators have to handle different type of the traffic that is crisscrossing the networks.

Roger Samara - Network Traffic

Monitoring and analysis of the network traffic are necessary in order to resolve the networking issues more effectively says, Roger Samara. Today's the computers did the traffic analysis. This means they conclude the state of the network at the time when the data packet reaches their destinations.

The Network Traffic Monitoring can be done effectively

Actually, the network scrutiny would be done more efficiently if routers inside the structure can report on their own conditions. Furthermore, this also enables the network operators to address the problem quickly.

Hence, the router industrialists start to equip these networking devices with counters which report the number of data packets router process in given time period. But the number counts are lone so convenient.

Also, this is not practical to give routers a singular purpose monitoring circuit for every new dimension the operators want to make. An alternative to this that these network devices transfer the data packet to the outside servers for composite exploration. But this technique does not work well. This is because, the data center having 1, 00,000 servers may need another 40,000 servers in order to keep up with the deluge of the data packet.

Dubbed Marple - New Approach to Monitor the Network Traffic

Roger Samara - Monitoring Network Traffic

Some researchers at MIT, barefoot networks, and Cisco networks introduce a new tactic for the network monitoring. The computer savvy Roger Samara says that this approach endows the flexibility in data collection. Furthermore, it also keeps the circuit intricacy of routers and number of exterior analytical servers low.

This new system contains programming language which permits the network operators to stipulate a wide range of network monitoring tasks. In fact, the Marple only needs a single traffic scrutiny server for every 40 to 50 application servers.

The Idea behind the Marple

The main idea behind this new approach is to do possible analysis on the router itself without any network delays. Plus, to send the exterior server summary instead of raw packet data. This will result in saving both the processing time as well as bandwidth.

Roger Samara - Router

In fact, Marple is built to analyze the transmission of every computer transferring data through the router. This is according to Roger Samara that the problem is that this networking device has the memory to store only 64,000 connections.

This system is able to monitor more transmissions through a variation on caching i.e. a common computer science technique. Here, the Marple kicks off the data for newer data.

Wrapping Up

From hundreds to thousands of processors and Ethernet to ATM, the administrators need some tools for monitoring the network traffic. Actually, the main purpose of network traffic monitoring is to count the IP traffic between individual’s local area network and Internet. The Marple system endows the real-time traffic accounting as well as monitoring.

Robotics: A Look at The Future Technology

What do you know about the future of the robotics? Well, we can't say anything for sure as technology is evolving at a rapid pace in all areas, such as artificial intelligence and machine learning. According to Roger Samara, one thing is obvious: Robots will have a great role in the life of a common man as well, not to mention that they will be used in the industries as well.

Roger Samara_Robotics

A research firm made 10 predictions for robotics that we are going to talk about in this article. The list has some really interesting forecasts that may have a great impact on our society and business.

Robots And the future of surgery

Nowadays, surgeons are using robotics in their surgical operations. As a matter of fact, technological development in AI, navigation, computer vision, MEMS sensor and other technologies have been making the robots consistently better.

Moreover, robotics will speed up the process of innovation, hence disrupting and modifying the paradigm of the future business operations. In addition, robotics can sharpen the competitive edge of a company by improving quality, and increasing productivity. Given below are some predictions that will help you get a glimpse of the future of robotics.

Related: Roger Samara | 5 Ways to Enjoy Virtual Reality

1. Growth of Robotics

In 2019, about 30% of the use of robotics in industries will be in the form of a RaaS model of business. This will help businesses cut down on the cost of robot deployment.

2. Robotics Officer

Roger Samara - Robotics Officer

In 2019, about 30% of the major organizations of the world will use a chief robot officer in order to make their businesses better says, Roger Samara.

3. Evolving Competition

In 2020, large organizations will be able to choose from different vendors with the entrance of new players in the multi-billion dollar industry of information and communications in order to increase the deployment of robotics.

4. Talent Race

In 2020, the growth of robots will boost the talent race. As a result, about 35% of the jobs related to robotics will be vacant and the mean salary will go up by at least 60%.

5. Regulations

Roger Samara - Robotics Resolutions

In 2019, the governments will introduce new regulations related to robots in order to preserve jobs and resolve privacy, safety and security concerns.

6. Software-defined robots

In 2020, about 60% of these machines will rely on cloud-based apps in order to introduce new skills, apps and cognitive capabilities. As a result, the world will see a robotic marketplace that will be cloud-based.

7. Collaborative robots

In 2018, about 30% of the robots will be smart collaborative machines that will be 300% faster than the robots of today. Plus, they will be safely work around humans.

8. RoboNet

In 2020, about 40% of the commercially available robots will be part of a net of shared intelligence. As a result, the overall operational efficiency of the robots will go up by 200%.

9. Automating of operations

Roger Samara - Automating Operations

Two years from now, around 35% of the big organizations, such as health, logistics, and utilities will use the robots for the purpose of automating operations.

10. Ecommerce

In 2018, around 45% of the major international e-commerce companies will use robots in their delivery operations and fulfillment warehousing.

So, hopefully, this will give you a pretty good idea of how the robotics will shape the world in a few years from now.

Article Source: http://EzineArticles.com/9635097