robotics

If you are considering the implementation of machine vision integration into your manufacturing environment, you are probably eager to know what it takes to integrate it into your operation. There are several key components to understand, including Optical system selection, Data acquisition, Robotic bin-picking processes, Image analysis algorithms, and AI-powered vision processing. Each of these components will impact your ability to achieve your objectives, so you must understand them before…

The Innovative Trends in Government Technology. Despite the current crisis, there are a number of cutting-edge advances in government technology that will assist organizations in offering better services and streamlining their operations. According to the E.Republic publication, these trends include automated citizen onboarding workflows, connected cities, subscription-based services, operational analytics, and robotic process automation. Innovative Trends in Government Technology Automating Citizen Onboarding Workflows Whether you’re a government employee or not,…

The Different Kinds of AI Voice Avatars. Artificial intelligence is a growing field with several uses, including customer service assistants and sales agents. These assistants use premade voices that are available through cloud-based APIs. Currently, most prominent tech companies offer this service. These voices are usually natural-sounding but are limited to one vote per character. However, more voices are becoming available. Moreover, users are often charged per character, but many…

Robots do a lot of great things that make our lives easier and help companies get more done. One of the biggest examples of the impact that robots have made on humanity is their role in auto factories. Almost every step of the car building process involves robots putting things together and making sure that the job is done right. Recently, robots have been sent into space to help astronauts…

Robots manipulated by humans are being aggressively researched and developed. Such robots have requirements such as a large generative force, high-speed response, good controllability, high safety, low friction and backdriveability. The device is an all-purpose actuator that satisfies the demands for application in a human-coexistence welfare robot, such as power-assist systems. Additionally, the linear actuator shows possibilities of further improvement of the force-weight ratio by an increase of the ER…