In order to tackle the energy crisis, plenty of researches have focused on the integration of renewable energy, such as the wind power and the distributed photovoltaic (DPV). However, the penetration of DPVs in the in...
详细信息
Milk spoilage is an ever-growing problem in the world. 16% of the dairy products exported globally are wasted due to milk spoilage. the purpose of this study was to create a multi-parameter sensor system using the Ard...
详细信息
ISBN:
(数字)9798350360721
ISBN:
(纸本)9798350360738
Milk spoilage is an ever-growing problem in the world. 16% of the dairy products exported globally are wasted due to milk spoilage. the purpose of this study was to create a multi-parameter sensor system using the Arduino Mega microcontroller to detect the quality of milk and predict when it spoils. In the prototype, three sensors were used to detect milk spoilage. the results showed that the device measured the spoilage level of the milk for non-fat, low-fat, and fresh milk. the confusion matrix showed that 90% of the testing results met the expected output of the quality of the milk. A multiple regression model was used to predict the quality and the shelf life of the milk.
Stochastic characteristics of wind and photovoltaic (PV) power causes great challenge for power system operations. distributed energy storage system (DESS) can mediate the intermittent renewable energy. this paper pro...
详细信息
In today's scenario there is an expansion of renewable energy resources because of the increasing electricity demand and concern for environment. Uncertainty due to adoption of distributed generation systems prese...
详细信息
Traditional charge consumption prediction methods are hindered by the challenges posed by the dispersed locations of distributed energy stations, the complexity of network planning, and the stringent requirements for ...
详细信息
ISBN:
(数字)9798350368239
ISBN:
(纸本)9798350368246
Traditional charge consumption prediction methods are hindered by the challenges posed by the dispersed locations of distributed energy stations, the complexity of network planning, and the stringent requirements for operational efficiency, leading to difficulties in providing accurate and efficient forecasts. this paper proposes the VAGnet network, which utilizes a VAE-GAN architecture for predicting charge consumption in distributed energy stations. VAGnet integrates a multi-source heterogeneous information fusion strategy, enabling real-time monitoring across various operational states. A collaborative planning strategy based on multidimensional data sharing is also introduced to enhance real-time tracking accuracy. Experimental results demonstrate that VAGnet can effectively predict charge consumption at future time intervals, significantly improving the efficiency of real-time monitoring systems. this scalable solution meets the growing demands for precision and responsiveness in distributed energy station networks.
the traditional fertilizer application method relies on experience to apply fertilizer on a large scale, which has problems such as fertilizer waste and environmental pollution, and affects the sustainable development...
详细信息
ISBN:
(数字)9798331531225
ISBN:
(纸本)9798331531232
the traditional fertilizer application method relies on experience to apply fertilizer on a large scale, which has problems such as fertilizer waste and environmental pollution, and affects the sustainable development of agriculture. For this reason, this paper designs and realizes a set of precision fertilizer application control systems containing sensors, decision-making, and positioning systems. Among them, the sensor system senses the real-time crop and soil status through soil moisture sensors, temperature sensors, and crop growthsensors; the decision-making system uses a high-performance processor, a variety of data transmission interfaces, data processing, and storage modules, and decision-making algorithm execution units to process and analyze the sensor data and generate the decision of fertilizer application. the localization system is based on the hardware of LIDAR, development boards, etc., as well as the SLAM map building, and AMCL positioning algorithm to achieve accurate positioning; through these three systems to fully regulate the fertilization to achieve precision fertilization.
this paper describes BigBFT, a multi-leader Byzantine fault tolerance protocol that achieves high throughput and scalable consensus in blockchain systems. BigBFT achieves this by (1) enabling every node to be a leader...
详细信息
ISBN:
(纸本)9781665443319
this paper describes BigBFT, a multi-leader Byzantine fault tolerance protocol that achieves high throughput and scalable consensus in blockchain systems. BigBFT achieves this by (1) enabling every node to be a leader that can propose and order the blocks in parallel, (2) piggybacking votes within rounds, (3) pipelining blocks across rounds, and (4) using only two communication steps to order blocks in the common case. BigBFT has an amortized communication cost of O (n) over n requests. We evaluate BigBFT's performance both analytically, using back-of-the-envelope load formulas to construct a cost analysis, and also empirically by implementing it in our Pax-iBFT framework. Our evaluation compares BigBFT with PBFT, Tendermint, Streamlet, and Hotstuff under various workloads using deployments of 4 to 20 nodes. Our results show that BigBFT outperforms PBFT, Tendermint, Streamlet, and Hotstuff protocols either in terms of latency (by up to 40%) or in terms of throughput (by up to 190%).
this paper investigates the moving target localization problem in distributed multiple-input multiple-output (MIMO) radar systems using bistatic range (BR) and bistatic range rate (BRR) measurements, which can be obta...
详细信息
Multi-robot collaboration is the subject of a great deal of research currently. this interest within the field of robotics is prominent because multiple robots can often complete complex tasks faster and more efficien...
详细信息
ISBN:
(纸本)9781665427302
Multi-robot collaboration is the subject of a great deal of research currently. this interest within the field of robotics is prominent because multiple robots can often complete complex tasks faster and more efficiently than a single robot. the majority of the research being done today is related to homogeneous robotic communities, wherein each robot has the same equipment and limitations. the scenario becomes more challenging by introducing non-homogenous teams of robots. In this paper, we explore a non-homogeneous robotic community where one robot (acting as master) is designated to map an area while a different robot (acting as slave) infers from that map. Such a system is demonstrated to be reliable within a small and primarily static environment using two mobile robots equipped with RGB-D cameras and planar LiDAR sensors. this type of role assignment allows for more specialized equipment for both robots as well as greater optimization of the robots' tasks.
暂无评论