In life service task scenarios, functional grasping is the basis for robots to perform other complex tasks. Through the exploration of the agent and the environment, we map the insights of local features to the global...
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ISBN:
(数字)9798331506056
ISBN:
(纸本)9798331506063
In life service task scenarios, functional grasping is the basis for robots to perform other complex tasks. Through the exploration of the agent and the environment, we map the insights of local features to the global situation from the visual level, thereby achieving functional capture based on small sample priors. Let the agent's grasping strategy stably converge to the preset grasping posture. In addition, we use the grasp network to evaluate the effect of promoting the network, and use priority experience playback to focus on learning for experiences that have a significant auxiliary role. It can significantly improve the functional capture success rate and system action efficiency in clutter scenes.
The proceedings contain 85 papers. The topics discussed include: a hybrid method for INS/GPS integrated navigation system based on the improved Karman filter and back propagation neural network;development of Simulink...
ISBN:
(纸本)9798350344721
The proceedings contain 85 papers. The topics discussed include: a hybrid method for INS/GPS integrated navigation system based on the improved Karman filter and back propagation neural network;development of Simulink-based physical experiment platform for EtherCAT bipedal robots;a biogeography-based optimization algorithm with heuristics for distributed multiproduct scheduling problem;research on low energy consumption AC system control strategy of battery electric vehicles;flyback converter modeling and overload control characteristics for power supply based on state space averaging;a simple confidence-supervised model for high resolution defect recognition;research and development of intelligent warehouse management system based on RFID technology;research on methods of vehicle image retrieval in expressway scenarios based on deep learning neural network;and motion simulation control system of detecting robot based on digital twin.
In polishing, force-controlled performance is affected by manipulator dynamics, end-effector dynamics, and workpiece uncertainty. This paper proposes a new force-controlled method by utilizing multi-force sensors for ...
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ISBN:
(数字)9798331506056
ISBN:
(纸本)9798331506063
In polishing, force-controlled performance is affected by manipulator dynamics, end-effector dynamics, and workpiece uncertainty. This paper proposes a new force-controlled method by utilizing multi-force sensors for robotic polishing applications. One of the force sensors is installed between the endpoint of the manipulator and the fixed platform of the end-effector to realize the dynamic decoupling. The other one is added at the back of the workpiece to realize force tracking. The experimental results indicate that the proposed method's contact force response speed and overshoot are both better than those of the conventional force-controlled method.
In this paper, we propose a novel approach using IMU data to predict muscle activation, diverging from the conventional method of employing sEMG data for continuous angle estimation. We opt for Gated Recurrent Units (...
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ISBN:
(数字)9798331506056
ISBN:
(纸本)9798331506063
In this paper, we propose a novel approach using IMU data to predict muscle activation, diverging from the conventional method of employing sEMG data for continuous angle estimation. We opt for Gated Recurrent Units (GRUs) over Long Short-Term Memory (LSTM) due to their simplified and efficient structure, achieving an accuracy of 0.7562 in predicting muscle activation. Additionally, we utilize VR to visualize the color changes in muscles, enhancing the effectiveness of rehabilitation assessments.
In recent years, with the impact of global warming, the incidence of fire has increased, and the prevention and control of fire has become an important topic of safety management. Traditional fire alarm systems rely o...
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Underwater vehicle manipulator systems (UVMSs) is becoming a research hotspot in the field of marine intelligent equipment. Introducing visual feedback equipped with cameras in the loop to guide UVMS to complete the g...
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Aim to improve the deficiencies of slow convergence speed and prone to trapped into local minimum for back propagation neural network (BPNN) in sEMG-based hand gesture, a novel hand gesture recognition method associat...
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This paper aims to deal with the delay compensation problem for linear systems in the presence of three distributed input delays. A fresh state variable is instituted so as to design the state-based feedback controlle...
This paper aims to deal with the delay compensation problem for linear systems in the presence of three distributed input delays. A fresh state variable is instituted so as to design the state-based feedback controllers. Whereafter, truncated predictor feedback (TPF) approaches are built to make up for the three distributed input delays. It is displayed that the original system possessing three distributed input delays can be stabilized via the TPF controller. Additionally to demonstrating the efficacy of the built controller via an example.
Sensitive data in standard deep learning training can be subject to assaults. These attacks take advantage of the disclosure of gradients and intermediate representations during the training process, potentially resul...
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Malicious URLs, posing threats such as phishing and malware, cause significant financial losses globally. Detecting these URLs automatically before users access them is essential for cyber security. This study explore...
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