this paper outlines the design of a low-process control system for embedded systems applications, utilizing a RISC-V processor. The design incorporates functional units of a single-cycle Datapath and a control unit de...
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ISBN:
(纸本)9798350370058;9798350370164
this paper outlines the design of a low-process control system for embedded systems applications, utilizing a RISC-V processor. The design incorporates functional units of a single-cycle Datapath and a control unit developed in Verilog HDL. Focus on testing RISC-V instructions to achieve low-process control in embedded systems applications by employing proper instruction mnemonics. The approach enhances the low-process control and efficiency in embedded systems applications and system design through single-cycle control. The designed low-process control proves valuable by computing the processor time (T) needed in instruction execution. Low-process control 1 exhibits an 88.21% improvement over an AVR processor control, and low-process control 2 demonstrates a 49.43% improvement, thereby ensuring efficient process control. The findings contribute to the understanding of RISC-V architecture implementation in an FPGA platform, featuring LED visualization to depict equivalent machine code generated in a single-cycle process. This study advances the theoretical framework of system optimization and control with the use of FPGA platforms.
social media is useful in the community for sharing and discussing various events with others. The study's main objective is to predict the sign of the stock by sentimental analysis regarding the Hindenburg report...
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With the development of microcontroller control technology, its application scenarios are increasing, such as the control of corridor lights. Currently, it has problems such as high failure rate, delayed response, and...
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Quantum software is essential for fully harnessing the capabilities of quantum computing systems. Consequently, it has been garnering growing interest in recent times. This document provides a precise definition of th...
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Accompanied by the rapid development of the intelligent automobile industry, unmanned driving has also become one of the important research fields of intelligent automobiles. As the future direction of automobile deve...
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This research paper explores the application of an Adaptive Neuro-Fuzzy Inference System (ANFIS) in conjunction with a Proportional-Integral-Derivative (PID) controller to optimize the performance of Anti-lock Braking...
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The magnetic intelligent car following system is an automatic control technology based on electromagnetic induction principle, used to enable the car to autonomously navigate and run along a predetermined path or magn...
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The rapid development of e-commerce is forcing the logistics industry to become more efficient and intelligent. Conventional handling focuses on simple and repetitive point-to-point handling tasks taught by demonstrat...
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ISBN:
(纸本)9798350386783;9798350386776
The rapid development of e-commerce is forcing the logistics industry to become more efficient and intelligent. Conventional handling focuses on simple and repetitive point-to-point handling tasks taught by demonstration, where placement and gripping points are strictly required. In this paper, we take the handling robot as the experimental platform and study the robotic arm control method based on machine vision, which identifies and locates the target object by machine vision, and then controls the robotic arm to accurately grasp the target, so as to achieve the flexible handling operation task. Through image recognition, path planning, object grasping and other functions, it realizes autonomous navigation and cargo handling tasks for robots in complex environments. The application of multi-size fusion based image recognition test experiments showed that the test is close to the real annotation, thus facilitating image recognition and intelligent storage.
Visual Question Answering (VQA) system represents an essential usage of computer vision and natural language processing, enabling machines to understand and react to inquiries about images. This study outlines the arc...
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The "Design and Implementation of Autopilot using Jetson Nano" project aims to develop an advanced autonomous control system for unmanned aerial vehicles (UAVs) and other robotic *** the powerful capabilitie...
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