Distribution of electric power in a building is a power distribution circuit system starting from power sources, transformers, distribution networks to the load with all its aspects in such a way that the quality of s...
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Subwavelength structured gratings are increasingly used in new optoelectronic devices, micro-optical electromechanical systems, and other fields due to their functional diversity and large design freedom. When the cha...
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this article aims to design and develop Rapid Prototyping Techniques Ontology based on the study of new generation web as the Semantic Web that is a method of encoding and retrieval of information will be able to unde...
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Supposing serial or quantity production of cylindrical workpieces having complex geometry the application of circular form tool is applicable. this type of cutting tool has complex geometry as a consequence the geomet...
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Withthe expansion and increasing complexity of urban rail transit networks, the inspection and maintenance of rail facilities are facing growing challeng-es. Traditional manual inspection methods are inefficient, hig...
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Battery Management System (BMS) an Electric Vehicle's most crucial and essential component. the primary function of a BMS is to safeguard the battery, which provides smooth and reliable operation. A lithium-ion ba...
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Based on the initially determined ecological design scheme of Nianhu lake, the flow field of Nianhu Lake under different schemes of wind-driven flow and huff and puff flow is simulated by using the MIKE 21 flow field ...
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ISBN:
(纸本)9781665465533
Based on the initially determined ecological design scheme of Nianhu lake, the flow field of Nianhu Lake under different schemes of wind-driven flow and huff and puff flow is simulated by using the MIKE 21 flow field analysis model, and the optimal form and water replenishment scheme of Nianhu lake are selected to provide scientific basis and technical support for the ecological design and management of Nianhu lake.
Grounding resistance is an important index to measure the effectiveness and safety of the grounding system and to identify whether the substation grounding system meets the requirements of the regulations. However, du...
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Based on the irregularity and permutation invariance of point clouds, graph neural networks have been widely used in 3D point cloud analysis tasks in recent years. However, these works suffer from insufficient feature...
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In recent years, there has been a growing emphasis on information security, with major companies introducing cybersecurity teams to ensure the safety of data. However, there is a lack of convenient channels for genera...
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ISBN:
(纸本)9798400716874
In recent years, there has been a growing emphasis on information security, with major companies introducing cybersecurity teams to ensure the safety of data. However, there is a lack of convenient channels for general users to engage in cybersecurity protection, leaving them with no choice but to rely on various antivirus software installations to safeguard their privacy and financial assets. this phenomenon is particularly evident in the digital transformation of healthcare and medical information systems, where the substantial amount of digitized patient data has become a crucial asset within hospital systems. Unfortunately, it has also made healthcare systems potential targets for cyberattacks. the databases of major hospitals have become vulnerable to malicious virus invasions, posing significant threats to patient privacy and the operational integrity of healthcare institutions. Faced with such threats, there is an increasing need for comprehensive cybersecurity protection mechanisms. To address this issue, we have developed the Universal Binary Malware analysis Framework (UBMAF), an easily accessible binary file analysis framework for the general public. UBMAF integrates multiple open-source static and dynamic analysis tools into an automated module, deployed as Software as a Service (SaaS) in the cloud for healthcare and medical systems. this eliminates the need for users to install applications, and the framework interface is optimized for intuitive usability. During the usage process, users can freely choose module combinations. After uploading files to UBMAF, the framework conducts corresponding tool analyses or file processing based on the selected modules. Ultimately, it provides users with downloadable results and analysis reports. this design enables large healthcare and medical systems to quickly and conveniently enhance their cybersecurity defenses while ensuring the security of digital medical data, effectively addressing the challenges brought abo
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