This project studies the cloud-edge collaboration model for typical IoT scenarios such as smart homes. First, this paper intends to combine cloud computing technology with the low-latency characteristics of edge compu...
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In the current design of SRAM-based computing-in-memories (CIMs), each CIM unit can typically only perform low-precision multiplications. Accomplishing higher-precision sum-of-product (SOP) operations requires multipl...
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ISBN:
(纸本)9798350386851;9798350386844
In the current design of SRAM-based computing-in-memories (CIMs), each CIM unit can typically only perform low-precision multiplications. Accomplishing higher-precision sum-of-product (SOP) operations requires multiple CIM units coupled with peripheral circuits like adders. This paper presents an automatic tool capable of translating SOP expressions into corresponding CIM circuits in behavior-level descriptions. Consequently, the CIM circuits can be integrated with other circuits for behavior-level simulation. Experimental results demonstrate that our tool can successfully perform the translation.
Building automation systems (BASs) provide convenience and comforts to building occupants, may optimize building management and energy consumption, and is part of the critical civil infrastructure - building. However,...
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The proceedings contain 296 papers. The topics discussed include: integrating automation and sustainability: Arduino-based solar panel cleaning system for renewable energy optimization;utilizing transforming portfolio...
ISBN:
(纸本)9798331542375
The proceedings contain 296 papers. The topics discussed include: integrating automation and sustainability: Arduino-based solar panel cleaning system for renewable energy optimization;utilizing transforming portfolio management through automation using advanced deep reinforcement learning algorithms for optimized investment strategies;leveraging quantum computing for multi-criteria decision analysis in strategic business planning;secure multi-party computation for privacy preservation in collaborative networks;integration of continuous improvement approach in sustainable e-government services towards citizen satisfaction in health sector development of conceptual model;unlocking scholarly insights using deep learning-based evaluation method for research impact assessment in academic institutions;balancing technology with pedagogy in smart classrooms for English language;empirical study to select a place to stay in NCR area using data mining and machine learning;and the impact of ultra-wideband sensors in industrial automation and robotics applications.
Reinforcement mastering is an area of synthetic intelligence that enables machines to adopt actions that optimize their environment or maximize a pre-defined reward. This paper investigates the potential makes use of ...
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In recent advancements within the domain of Large Language Models (LLMs), there has been a notable emergence of agents capable of addressing Robotic Process automation (RPA) challenges through enhanced cognitive capab...
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ISBN:
(纸本)9798350360882;9798350360899
In recent advancements within the domain of Large Language Models (LLMs), there has been a notable emergence of agents capable of addressing Robotic Process automation (RPA) challenges through enhanced cognitive capabilities and sophisticated reasoning. This development heralds a new era of scalability and human-like adaptability in goal attainment. In this context, we introduce AUTONODE (Autonomous User-interface Transformation through Online Neuro-graphic Operations and Deep Exploration). AUTONODE employs advanced neuro-graphical techniques to facilitate autonomous navigation and task execution on web interfaces, thereby obviating the necessity for predefined scripts or manual intervention. Our engine empowers agents to comprehend and implement complex workflows, adapting to dynamic web environments with unparalleled efficiency. Our methodology synergizes cognitive functionalities with robotic automation, endowing AUTONODE with the ability to learn from experience. We have integrated an exploratory module, DoRA (Discovery and mapping Operation for graph Retrieval Agent), which is instrumental in constructing a knowledge graph that the engine utilizes to optimize its actions and achieve objectives with minimal supervision. The versatility and efficacy of AUTONODE are demonstrated through a series of experiments, highlighting its proficiency in managing a diverse array of web-based tasks, ranging from data extraction to transaction processing. The implementation of our paper can be accessed at :https://***/TransformerOptimus/AutoNode
A well-known and widely utilized technology is smart home automation. The project's primary goal is to create an android-based, Wi-Fi enabled home automation which makes our daily life simpler and easier. in every...
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This article investigates the effect of AI-driven structures on the automation of information science. AI-pushed structures and automation of records technology have ended up an increasing number of essential because ...
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Robotic Process automation (RPA) is a revolutionary technology that has swiftly transformed the landscape of modern business operations. RPA leverages software robots to automate repetitive, rule-based tasks, offering...
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This research aims to explore the automation design principles, technical architecture and application process of electrical control systems in industrial production. This paper evaluates the impact of automation desi...
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