Withthe development of artificial intelligence technology, the field of sports rehabilitation has also made significant progress. Our team adopted the moving human body target recognition technology to achieve "...
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ISBN:
(数字)9798350352719
ISBN:
(纸本)9798350352726
Withthe development of artificial intelligence technology, the field of sports rehabilitation has also made significant progress. Our team adopted the moving human body target recognition technology to achieve "human motion capture", "exercise prescription", "exercise rehabilitation", and the application of "combination of physical medicine", and the use of "OMO" mode to achieve the effective aggregation of online, mobile and offline, to create an online-mobile-offline integrated health exercise prescription design system. through precise mechanical structure, control system and sensor system, and real-time data monitoring, the system provides personalized rehabilitation training program, which is suitable for neurological rehabilitation, orthopedic rehabilitation and elderly rehabilitation and other scenarios. Its advantage is that it can adjust the training plan according to the specific situation of the patient, feedback the movement status in real time, improve the accuracy and safety of the training, and continuously optimize the rehabilitation program through data-driven.
Medical data privacy and data protection are crucial issues during medical services. Data security or secure storage of medical data is always a major concern for the majority of the population. An effective and effic...
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Wireless sensor networks (WSNs) give vital advantages over customary methodologies for a long time, including smart homes, medical services, ecological observing, and country security. Wireless sensor networks (WSNs) ...
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ISBN:
(数字)9781665408370
ISBN:
(纸本)9781665408387;9781665408370
Wireless sensor networks (WSNs) give vital advantages over customary methodologies for a long time, including smart homes, medical services, ecological observing, and country security. Wireless sensor networks (WSNs) and Internet Protocol (IP) work together to enable the Internet of things (IoT). WSNs face numerous challenges, including: (I) figuring out the best way to employ tiny, low-power hubs to keep data sent between sensor nodes secure;and (ii) Determining distant and challenging ecological circumstances security challenges for data transmission across a long inclusion range. An IoT-based shrewd house robotization framework was developed in this study. the Triangle Based Security Algorithm (TBSA) was designed to operate with energy-efficient information encryption in view of an effective key age scheme. the proposed TBSA uses low-power Wi-Fi and WSNs to build a secure sensor hub network that can send data across a wide geographic region using the Internet and Wi-Fi. the IoT-based framework that has been developed has exceptional performance since it meets all of the essential security requirements. Certain present procedures were shown to spend less energy when compared to the suggested TBSA computation.
the outlier-resistant distributed fusion estimation (DFE) issue is researched in this paper for cyber-physical systems (CPSs) with bandwidth constraints. the weighted try-once-discard (WTO D) protocol is used on the s...
the outlier-resistant distributed fusion estimation (DFE) issue is researched in this paper for cyber-physical systems (CPSs) with bandwidth constraints. the weighted try-once-discard (WTO D) protocol is used on the sensor-to-estimator channels. A group of outlier-resistant local estimators are devised. the corresponding fusion estimation error system (FEES) model is established. Utilizing Lyapunov theory and linear matrix inequality (LMI) method, sufficient conditions which make FEES asymptotically stable under a preset $H_{\infty}$ index are derived, and local estimator gains and fusion weighting matrices are attained. In the end, to prove the validity of the method developed, a numerical example is provided.
In recent years, withthe technological development that we are witnessing, the multimedia wireless sensor networks (WMSNs) are attracting more and more interest from researchers, these later are used in various appli...
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Wireless Battery Management systems (WBMS) are significant steps in monitoring and controlling energy storage, which varies from electric vehicle applications to renewable energy applications and smart grid systems. T...
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ISBN:
(数字)9798331533663
ISBN:
(纸本)9798331533670
Wireless Battery Management systems (WBMS) are significant steps in monitoring and controlling energy storage, which varies from electric vehicle applications to renewable energy applications and smart grid systems. they operate on wireless communication technologies such as Zigbee, Bluetooth, and Wi-Fi, eliminating the need for complex wiring increasing the potential weight reduction of the system, and minimizing potential reliability issues. this paper elaborates on designing and implementing a microcontroller-based WBMS that monitors key parameters such as voltage, current, and temperature in real time. All these parameters are transmitted wirelessly to centralized management units or mobile devices for analysis. State estimation algorithms further enhance the reliability of key metrics such as SOC, SOH, and fault diagnosis. WBMS catches real-time information from all cells in the battery using sensors and wirelessly transmits it to a central monitoring unit. this paper aims to analyze recent advancements in EV BMS technology and identify potential directions for future research in this area. this paper explores the challenges and opportunities associated with implementing BMS in electric vehicles and presents an in-depth review of the existing literature.
this paper evaluates the impact of the transmission network faults on the steady-state response of inverter-interfaced distributed generations (IIDGs), whose aim is to inject a fast fault current (FFC). therefore, FFC...
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ISBN:
(纸本)9781665436137
this paper evaluates the impact of the transmission network faults on the steady-state response of inverter-interfaced distributed generations (IIDGs), whose aim is to inject a fast fault current (FFC). therefore, FFC-Voltage characteristics for the positive- and negative-sequence components are proposed that comply with requirements given by the network codes. A corresponding phasor-based IIDG model was tested in a 20-kV network. Extensive numerical simulations of transmission network faults evaluate voltage symmetry and the operation of distance protection. the results show larger FFC injection by IIDGs in a weak transmission network, which is emphasized with a negative-sequence FFC-Voltage characteristic during asymmetrical phase-to-phase faults. Furthermore, IIDGs' response increases the positive-sequence voltage magnitude during all fault types. Moreover, IIDGs' response significantly affects distance protection operation at the receiving end of the transmission line;however, only in the cases of resistive faults.
Recent years have witnessed the increased research interest on the ocean ecosystem, since it is majorly required to sustain the other ecosystems. this paper discusses about the fiber optic oceanic sensor and its intro...
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Proliferation of sensor nodes utilizing acoustic link in underwater plays vital role to provide effective routing between sensor nodes to sink node for ocean monitoring. Interaction between nodes can be established vi...
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Underwater Wireless sensor Networks (UWSNs) consists of the set of wireless sensors in the seabed and it sends information to the nodes in the surface of water. Routing protocols play a vital role in transferring info...
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