This document discusses an exoskeleton called ExoAtlet that aims to provide rehabilitation and improved mobility for patients with disabilities. It is controlled by brain and muscle signals to mimic natural walking patterns. ExoAtlet is being developed in Russia and is estimated to cost $50,000, half the price of similar foreign exoskeletons. The developers have already invested $160 million in research and development and are seeking $137 million more to fund production and marketing efforts. They plan to sell ExoAtlet to rehabilitation centers and provide it to disabled individuals with government grants.
This document describes a personal robot called Adam being developed by CEO Alexander Ganyushkin to address the limited availability of robotics education programs. Key innovations include an active stereoscopic vision system and robot kinematics control system. The robot can move via walking or driving and transform sizes for different tasks. While current competing robots cost $10,000-$20,000, Adam's prototype costs $7,000. The target markets are robotics universities and enthusiasts, with projected sales of 500-1,500 units annually by 2020.
The document summarizes key aspects of planning for and recruiting human resources from Chapter 5 of the textbook "Fundamentals of Human Resource Management 4th edition". It discusses forecasting labor supply and demand, determining surpluses or shortages, addressing those issues, internal and external recruitment sources, and the recruiter's role in attracting qualified job applicants.
The document describes a telepresence robot called Webot produced by Wicron. Webot allows for remote visits of exhibitions and telepresence at lessons, and can be controlled from a browser without additional software. It costs $4600-$6500. Wicron is seeking $2,000,000 in investments to scale production of Webot and expand sales globally and within Russia for applications such as museums, schools, and businesses.
Lexy is a social robot being developed to have natural conversations with humans using voice recognition and speech generation. It will have accessories that can be customized using a 3D printer to personalize the robot. The core team developing Lexy received degrees in robotics and the project receives funding and support from various partners and organizations. The target audiences for Lexy include families, lonely people, geeks, and disabled individuals.
Lexy is an AI assistant currently in development that can understand natural human speech, identify users, work without internet access, and has vision capabilities for person detection. It is targeted towards families, lonely people, and geeks. The developer is Dmitry Suvorov and it will cost $500 once available for purchase.
This document discusses an exoskeleton called ExoAtlet that aims to provide rehabilitation and improved mobility for patients with disabilities. It is controlled by brain and muscle signals to mimic natural walking patterns. ExoAtlet is being developed in Russia and is estimated to cost $50,000, half the price of similar foreign exoskeletons. The developers have already invested $160 million in research and development and are seeking $137 million more to fund production and marketing efforts. They plan to sell ExoAtlet to rehabilitation centers and provide it to disabled individuals with government grants.
This document describes a personal robot called Adam being developed by CEO Alexander Ganyushkin to address the limited availability of robotics education programs. Key innovations include an active stereoscopic vision system and robot kinematics control system. The robot can move via walking or driving and transform sizes for different tasks. While current competing robots cost $10,000-$20,000, Adam's prototype costs $7,000. The target markets are robotics universities and enthusiasts, with projected sales of 500-1,500 units annually by 2020.
The document summarizes key aspects of planning for and recruiting human resources from Chapter 5 of the textbook "Fundamentals of Human Resource Management 4th edition". It discusses forecasting labor supply and demand, determining surpluses or shortages, addressing those issues, internal and external recruitment sources, and the recruiter's role in attracting qualified job applicants.
The document describes a telepresence robot called Webot produced by Wicron. Webot allows for remote visits of exhibitions and telepresence at lessons, and can be controlled from a browser without additional software. It costs $4600-$6500. Wicron is seeking $2,000,000 in investments to scale production of Webot and expand sales globally and within Russia for applications such as museums, schools, and businesses.
Lexy is a social robot being developed to have natural conversations with humans using voice recognition and speech generation. It will have accessories that can be customized using a 3D printer to personalize the robot. The core team developing Lexy received degrees in robotics and the project receives funding and support from various partners and organizations. The target audiences for Lexy include families, lonely people, geeks, and disabled individuals.
Lexy is an AI assistant currently in development that can understand natural human speech, identify users, work without internet access, and has vision capabilities for person detection. It is targeted towards families, lonely people, and geeks. The developer is Dmitry Suvorov and it will cost $500 once available for purchase.
Software architecture of wheeled mobile robotsDmitry Suvorov
This document summarizes the key aspects of software architecture for wheeled mobile robots. It discusses common architectures including those without an OS, with a real-time OS, and with an embedded OS. It also covers important components like motion control using PID regulators, localization using odometry and lidar, and motion planning algorithms like A* and RRT Connect. The document provides advantages and disadvantages of the different approaches.
This document describes an intelligent assistant called Lexy. Lexy is a desktop device with artificial intelligence that can understand speech, act as a human assistant by searching the internet, and control smart home appliances. It is being developed by a team in Russia to initially target the CIS market, with plans to later expand to the US and EU markets. The developers estimate Lexy could capture up to 3% of the global smart device market, worth $570 million. They have created a prototype and are developing the final electronics and housing designs, with the goal of starting mass production. They are seeking 12 million rubles in additional funding to prepare for manufacturing.
The document describes Webot, a remote presence robot created by Wicron. Webot has a touchscreen, cameras for navigation and video calls, speakers and microphones. It can be controlled over the internet from any device. Key advantages over competitors include better video quality, longer battery life, and support for multiple operating systems. Potential applications include virtual presence for organizations, retail merchandising, remote consultations and private use. The business model involves selling robots and technical support, targeting the Russian B2B market. The Wicron team includes developers and engineers specializing in software, mechanics and electronics.
Software architecture of wheeled mobile robotsDmitry Suvorov
This document summarizes the key aspects of software architecture for wheeled mobile robots. It discusses common architectures including those without an OS, with a real-time OS, and with an embedded OS. It also covers important components like motion control using PID regulators, localization using odometry and lidar, and motion planning algorithms like A* and RRT Connect. The document provides advantages and disadvantages of the different approaches.
This document describes an intelligent assistant called Lexy. Lexy is a desktop device with artificial intelligence that can understand speech, act as a human assistant by searching the internet, and control smart home appliances. It is being developed by a team in Russia to initially target the CIS market, with plans to later expand to the US and EU markets. The developers estimate Lexy could capture up to 3% of the global smart device market, worth $570 million. They have created a prototype and are developing the final electronics and housing designs, with the goal of starting mass production. They are seeking 12 million rubles in additional funding to prepare for manufacturing.
The document describes Webot, a remote presence robot created by Wicron. Webot has a touchscreen, cameras for navigation and video calls, speakers and microphones. It can be controlled over the internet from any device. Key advantages over competitors include better video quality, longer battery life, and support for multiple operating systems. Potential applications include virtual presence for organizations, retail merchandising, remote consultations and private use. The business model involves selling robots and technical support, targeting the Russian B2B market. The Wicron team includes developers and engineers specializing in software, mechanics and electronics.