scispace - formally typeset
Search or ask a question

What is the name of ISRO new humanoid robot that will go to the space? 

Answers from top 10 papers

More filters
Papers (10)Insight
Simulation and experimental results on the humanoid robot ASIMO will underline the potential of the proposed approach.
As the result of the new structure we propose, a humanoid robot is able to walk with human-like gait.
It supports a synthetic approach to understanding imitation capabilities, which requires a versatile humanoid robot platform.
The developed robotic arm is suitable for use in an interactive humanoid robot.
This is the first successful trial of remotely controlling a humanoid robot to drive an industrial vehicle in lieu of a human operator.
Proceedings ArticleDOI
Yisheng Guan, K. Yokoi 
01 Oct 2006
36 Citations
The results show that this method is feasible and practical for the generation and visualization of workspace of a humanoid robot
The proposed framework was implemented on the NAO humanoid robot, and our experimental results provide evidences for its adaptative capabilities.
We demonstrate, for the first time, that COCoMoPL works on a real humanoid robot, here HRP-2 with 36 DOF and 30 position controlled actuators.
Journal ArticleDOI
Shuuji Kajita, Tomomichi Sugihara 
01 Sep 2009-Advanced Robotics
12 Citations
We also predict that further progress in humanoid robot development will promote leading-edge robot technologies in a similar manner to F1 in the automobile field.
Software for a humanoid robot in a real environment is also improved.

See what other people are reading

How does the role of a bartender impact the overall customer experience in a restaurant or bar setting?
4 answers
The role of a bartender significantly influences the customer experience in a restaurant or bar setting. Research suggests that the behavioral style of a bartender-robot can affect users' engagement and emotions, with an empathic style leading to more positive interactions. Personalized interactions with service robots positively impact people's perception of the robot, emphasizing the importance of privacy when sharing personal information in public spaces like bars. Nightlife establishments, including bars, can be venues for uncommitted sexual relationships, where bartenders may play a role in promoting such interactions, potentially influencing situations like sexual assault. Additionally, humanoid robot bartenders have been developed to handle multiple customers efficiently, with task success and dialogue efficiency being crucial for customer satisfaction in social settings.
What is the Research Locale of The effect of Relying on Ai Apps?
4 answers
The research locales for investigating the impact of relying on AI apps are diverse. One study focused on Chinese university students using AI speaking apps with social network-based interaction. Another research delved into user trust in AI applications, particularly intelligent service robots in the service industry. Additionally, a study explored the influence of AI tools in extracurricular online dance classes on student learning outcomes at Ningxia Pedagogical University in China. Furthermore, an investigation into the effects of an AI-assisted dental monitoring application on periodontitis treatment outcomes was conducted with participants assigned to different groups for the study. These diverse locales showcase the broad spectrum of settings where AI apps are being utilized for various purposes, ranging from education to healthcare.
Who can especially profit from social robots in healthcare?
4 answers
Elderly individuals in healthcare settings can particularly benefit from social robots due to their potential to provide companionship, reminders, and support. Additionally, social robots can assist in explaining medical tests and procedures to patients, enhancing clarity and understanding. These robots are designed to interact with humans in a human-centric manner, utilizing speech, movements, gestures, and facial expressions to communicate effectively. Furthermore, social robots can take on patient-facing roles such as acting as robot receptionists in healthcare settings, aiding in tasks like greeting visitors, check-in/out procedures, answering common questions, and providing directions. By catering to the specific needs of the elderly and improving communication in healthcare environments, social robots play a crucial role in enhancing the overall healthcare experience for this demographic.
What are the long-term effects of miscommunication on students' task completion?
4 answers
Miscommunication between teachers and students can have significant long-term effects on students' task completion. When students misunderstand instructions or fail to grasp the importance of certain materials, it can lead to falling behind in coursework and hinder their overall academic progress. This miscommunication can stem from teachers using phrases with double meanings, causing students to interpret instructions differently than intended. Additionally, if students do not fully comprehend the significance of certain topics or tasks, they may struggle to prioritize their efforts effectively, impacting their ability to complete assignments successfully. Therefore, addressing communication breakdowns and ensuring clarity in instructions is crucial for enhancing students' understanding and task completion in the long run.
What is the goal of visual communication?
4 answers
The goal of visual communication is to effectively exchange information using visual elements to attract and engage the audience. Visual communication design plays a crucial role in various fields like advertising, enterprise communication, and graphic design by making information more impactful and easily understandable. In dynamic settings like cafes or outdoor events, visual communication can be enhanced by implementing interactive human-robot interfaces for efficient goal communication. Furthermore, in health promotion efforts, visual communication design aids in increasing public awareness of health information through media, ensuring that information is easily comprehensible and accepted by the audience. Overall, the primary objective of visual communication is to convey messages clearly, engage the audience effectively, and enhance the overall communication experience.
What are the negative impact of Autonomous flight systems in terms of Technical Complexity for Aircraft manufacturers?
4 answers
The introduction of autonomous flight systems in aircraft poses challenges in terms of technical complexity for manufacturers. The evolution towards more automated and interconnected systems, as seen in Unmanned Aircraft Systems (UAS), leads to increased software and hardware complexity, making it difficult to identify potential failure paths. Additionally, the development of comprehensive and verifiable prognostic and health management (PHM) functions for autonomous aircraft systems faces hurdles such as the scarcity of correlated, time-stamped, and appropriately sampled data, as well as the difficulty in quantifying uncertainty and high-fidelity modeling of critical components. Moreover, the transition from traditional dual-crew operated aircraft to full autonomous operation requires meticulous assessment and adjustment of avionics systems at each step to ensure safety and operational requirements are met.
What is an end?
5 answers
An end can refer to various objects or concepts based on the context. In robotics, an end effector is a component grasped by a robot, comprising movable parts and an actuation unit for operation. In construction, an end device for a small beam includes a thermal breaker block with walls for beam support and attachment. Additionally, an end shaft drilling device consists of various components like a drill bit, cam, and water spraying system to address drilling challenges effectively. In narrative studies, endings hold significance as they symbolize closure, resolution, and meaning in storytelling, often linked to mortality and providing readers with retrospection and consolation. Moreover, in network design, the Emulated Network Device (END) serves as a tool for evaluating and improving network adapter designs through emulation and performance analysis.
What are the positive impact of Autonomous flight systems in terms of Cost Savings for Insurance companies?
4 answers
Autonomous flight systems offer significant cost-saving benefits for various industries, including insurance companies. By utilizing drones equipped with autonomous navigation capabilities, insurance firms can efficiently assess damages, survey properties, and investigate claims, leading to reduced operational costs and improved work efficiency. These systems enable precise data collection through advanced technologies like GPS modules and cameras, automating tasks such as setting accurate pest control zones and generating optimal flight routes for pest control operations. Moreover, the use of autonomous flight systems in agriculture helps in preventing agricultural disasters by automatically performing pest control based on vegetation status analysis, eliminating the need for manual boundary setting and expert knowledge. Overall, the integration of autonomous flight systems translates into streamlined processes, cost savings, and enhanced operational effectiveness for insurance companies.
What are the research gaps in Robotics of Last-Mile Delivery?
5 answers
The research gaps in Robotics for Last-Mile Delivery primarily revolve around optimizing delivery routes and addressing challenges specific to different delivery technologies. Existing studies highlight the discrepancy between optimized routes and practical preferences of practitioners. Moreover, for indoor robot-based last-mile delivery, challenges include accurately estimating robot travel time within buildings and optimizing robot routing effectively. Additionally, the need for human supervision in autonomous robot delivery systems poses a gap in achieving full autonomy and efficiency in last-mile logistics. Addressing these gaps requires a combination of optimization techniques, machine learning approaches, and a focus on practical, technological, and environmental factors in the context of different delivery technologies like UAVs and SUGVs.
How is child-robot interaction different from adult-robot interaction?
4 answers
Child-robot interaction differs from adult-robot interaction in various aspects. Research by Zhouhighlights that child-robot interaction can facilitate friendship development among young children through collaborative activities mediated by a robot. In contrast, Escobar-Planas et al.emphasize that children's perceptions of robots are influenced by factors like cognitive reliability and expressivity, impacting their views on the robot's supportive abilities and friendship potential. Additionally, studies by Couto et al., Zhou, and Lopes et al.focus on emotion recognition and engagement classification systems for child-robot interactions, indicating a tailored approach to understanding and enhancing children's experiences with robots compared to adults. Overall, child-robot interaction involves unique considerations related to social development, perception, and emotional engagement, distinguishing it from interactions with adults.
How TAM and DOI combine to research?
5 answers
The Technology Acceptance Model (TAM) and Diffusion of Innovation (DOI) theory are combined in research to understand factors influencing the adoption of various technologies. TAM focuses on individual perceptions of technology, such as relative advantage and complexity, impacting willingness to use. On the other hand, DOI theory emphasizes the spread of innovations through social systems, considering factors like compatibility and observability. By integrating TAM and DOI, researchers can analyze both individual attitudes and broader societal influences on technology adoption, providing a comprehensive understanding of the adoption process. This combination allows for a holistic approach to studying technology adoption, considering both individual perceptions and social dynamics.