the proceedings contain 103 papers. the topics discussed include: evolutionary hyper-heuristics for improving global optimization algorithms;multi-objective decision making system based on spatial -temporal logics;ana...
ISBN:
(纸本)9798350313390
the proceedings contain 103 papers. the topics discussed include: evolutionary hyper-heuristics for improving global optimization algorithms;multi-objective decision making system based on spatial -temporal logics;analysis of trajectory optimization for solving tower of Hanoi problem using industrial manipulator;achievements regarding the optimal control of refinery processes;experimental study of pressure variation in a constant volume enclosure;velocity computation for vehicle trajectory tracking: a comparative analysis of performance and efficiency;smart digital-twin hub concept for rice yield prediction and monitoring from multivariate time series data;enhanced cyber-physical system with semantic technologies and machine learning to support smart farming;qualified remote signature through a hybrid cloud architecture;and an industry 4.0 oriented predictive maintenance solution deployed in real-world automotive manufacturing facilities.
In many FPGA-based systems, only sequential system control structures modeled by finite state machines are actually required. In order to deal with complexity, design time, and verification issues, which are weaknesse...
详细信息
ISBN:
(纸本)9783031783760;9783031783777
In many FPGA-based systems, only sequential system control structures modeled by finite state machines are actually required. In order to deal with complexity, design time, and verification issues, which are weaknesses of traditional hardware description languages, it may be preferred to describe the control flow behaviorally in software. However, it is reported that high-level synthesis for FPGA often generates inferior results in terms of resources and performance when translating software-style control flow description to hardware. In this paper, the NanoSoftcontroller is proposed as an open-source soft processor, which is optimized for minimal and efficient logic resource usage on FPGA platforms. It is targeted at processing sequential finite state machine functionality in software, featuring a compact ISA for control flow in embedded systems and a tiny accumulator-based data path. Furthermore, an efficient mapping of memory to small distributed LUT RAM instances enables its use as a system state machine controller in even very resource-constrained FPGA designs, requiring only 104 slice LUTs and 76 slice registers in total. However, despite all optimizations, in a case study with high-level synthesis results of three reference software-style control applications, i.e., electronic door lock, smart glucose sensor, and sequential sensor network node, a better resource efficiency could not be shown. We evaluate the negative results and provide lessons we learned from them.
Existing decentralized access control solutions primarily cater to off-chain systems and adopt static policy evaluation mechanisms that fall short in addressing the unique requirements of on-chain environments. Challe...
详细信息
Artificial Intelligence of things (AIoT) systems are widely utilized in various domains such as smart logistics and smart health. In AIoT systems, computational tasks earmarked for offloading by IoT devices often have...
详细信息
Many sophisticated cloud platforms are available to provide services such as storage and computation for Internet of things (IoT) applications. However, withthe concerns about the semi-trusted nature of cloud platfor...
详细信息
In optogenetics, light-sensitive proteins introduced into specific cells can only be activated by light of specific wavelengths. therefore, it is possible to precisely modulate the functionality of neural cells by act...
详细信息
this paper presents a novel single-loop narrow-band force rebalance control method with temperature self-compensation for a MEMS gyroscope. the narrow-bandwidth force rebalance control for the sense mode is achieved u...
详细信息
Large-scale cyber-physical systems, such as those for subway transportation or air traffic control, are becoming increasingly complex and often need to operate without human intervention. At the same time, these syste...
详细信息
Network-on-Chip (NoC) is crucial for modern multicore systems, offering high throughput and low latency. However, its shared memory faces threats like illegal access and DDoS attacks. To enhance security, Memory Prote...
详细信息
the train control system needs to accommodate various operational scenarios through the design of distinct working modes, each triggered by changing input conditions. these modes correspond to specific speed limits an...
详细信息
暂无评论