ELESA blogs

We communicate with machines through typing and talking, but now there’s a new way to interact - through touch. Haptics is a growing field that allows users to tap into artificial intelligence technology using human skin receptors, and the potential applications are astounding. Background of Haptics Touch is a powerful sense and provides the brain another layer of human interaction. Even if something isn’t really happening, if a person can have a tactile experience and touch something, they can believe it is right in front of them. That’s the basic idea behind haptics - people use special sensors with their fingers that enable them to have a tactile experience no matter where they are or what they can see. The basic idea of haptics has existed for some time and has mainly been seen with rudimentary applications in video games. A traditional controller would vibrate after shooting a gun or shake if a user was doing something wrong. However, haptics technology being developed today takes

  Nanotechnology Research at NIOSH Engineered nanomaterials (ENMs) are materials that are intentionally produced to have at least one primary dimension less than 100 nanometers. These materials have new or unique properties different from those of larger forms of the same material, making them desirable for specific product applications. These properties can contribute to increased elasticity, tensile strength, electrical conduction, and reactivity. Consumer products using nanomaterials include makeup, sunscreen, food storage products, appliances, clothing, electronics, computers, sporting goods, and coatings. The health effects associated with the wide variety of ENMs are not yet clearly understood, so it is important for producers and users of engineered nanomaterials to reduce employee exposure and manage risks appropriately. NIOSH has been at the forefront of efforts to characterize the potential hazards for those working with ENMs and ensure safe workplaces. Since 2004, NIOSH ha

  Debugging....  In Todays, Technologically advanced world , there are lot of IDE's available which are used by software programmers to enhance there softwares and other networking skills and services. for that there software programs needs lot of heavy testing, troubleshooting and maintenance during the development process. for that proposal debugging is used...to enhance the productivity of code and also to enhance the algorithms of it...   So as we all are conscious about debugging... 1) Let's firstly understand what the debugging is ? debugging refers to identifying, analyzing and removing errors. This process begins after the software fails to execute properly and concludes by solving the problem and successfully testing the software. But, it is considered to be an extremely complex and tedious task because errors need to be resolved at all stages of debugging. Now, Let's Understand.... 2) Why do we need Debugging ? The process of debugging begins as soon as the code o

  Have you ever wondered what actually is embedded system?   A computer hardware and software combination created for a particular purpose is an embedded system. Additionally, the embedded system might work as part of a bigger system. They can be programmed or have predetermined functions. An embedded system may be found in industrial machinery, consumer electronics, agricultural and processing sector equipment, automobiles, medical devices, cameras,  digital watches, home appliances, airplanes, vending machines, toys, and mobile devices. Even though they are computer systems, embedded systems can have simple graphical user interfaces (GUIs), like those seen in mobile devices, or they can have no user interface (UI), like those found on devices made to execute a specific task. Button, LED (light-emitting diode), and touchscreen sensing are examples of user interfaces. Some systems also employ remote user interfaces. Various embedded system examples Many different technologies