The KPLT: The Kernel as a shared object

Brookes, Scott; Osterloh, M.; Denz, Robert; Taylor, Stephen

doi:10.1109/milcom.2015.7357568

Cited by 3 publications

(4 citation statements)

References 8 publications

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“…Existing distributed witness node-based detection schemes of NRA are vulnerable to attacks known as smart attack of which are variations of NRA [25]. These attacks are a source of vulnerability for these detection schemes [20]. In the next chapters, unique solutions to some of the problems inherent in the already implemented strategies will be proposed [8].…”

Section: Discussionmentioning

confidence: 99%

Understanding Cyber Security In Health Sector

Pawar,

Kulkarni,

Dhanwate

2024

JAZ

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Digital attacks include extorting money from users, altering, destroying, or gaining access to sensitive data, stopping regular business operations, and more. The medical and health sectors offer numerous potential for cyber security. Digital assaults can take many different forms, such as extorting money from users, destroying, altering, or accessing sensitive material in question areas, interfering with regular corporate operations, etc. Cybersecurity has various prospects in the health and medical sector. This research investigation's main goal is to concentrate safe practices in specific industries. It is very necessary starting with the second generation of computing and will continue to be so till there are computers and data in the digital realm. The medical fields of today also use digital communication and documentation. Such documents must be protected at the highest possible priority. As healthcare systems have delicate information, it becomes essential to protect such sensitive information from cyber threats. In smart healthcare systems, the patient's information is periodically collected and transmitted seamlessly to the decision-making system. However, protecting such sensitive data transmission from cyber threats becomes a challenging research problem at the edge layer. This paper addresses the challenges of cyber-attack and this study is greatly applicable for health sector.

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Section: Discussionmentioning

confidence: 99%

Understanding Cyber Security In Health Sector

Pawar,

Kulkarni,

Dhanwate

2024

JAZ

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“…25 Finally, although microkernel code is replicated in user processes, in common with many other operating system designs, an additional level of indirection allows its location within each process to be obfuscated. 26 Like MINIX, all potentially contaminated user processes, device drivers, and services are executed with user-level privileges and are strictly isolated from the microkernel via a message-passing interface. However, unlike MINIX, there is no system task, all system calls, IO, and process scheduling are achieved by interrupt handlers with kernel privileges.…”

Section: Motivationsmentioning

confidence: 99%

“…The BSP then zeros the region of low memory used by the AP cores as well as loading the trampoline code (lines 12 and 14). The BSP then enters the loop that will boot all of the AP cores on the system (lines [18][19][20][21][22][23][24][25][26][27][28]. For each AP core, it also creates a new stack that will be used by the AP core once it enters 64-bit long mode.…”

Section: Booting the Application Coresmentioning

confidence: 99%

“…The BSP uses the Intel Universal Startup Algorithm 2 (MP Spec. Appendix B) to start each AP core booting (line 24), followed by the BSP then waiting for the AP core to signal it has finished booting (Lines: [26][27]. The loop on lines 26 and 27 is exited once the AP core has made it to 64-bit long mode and called the function set_running(), which signals the BSP that is allowed to boot the next AP core.…”

Section: Booting the Application Coresmentioning

confidence: 99%

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Symmetric multiprocessing from boot to virtualization

et al. 2017

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The x86 multicore processor architecture and the concepts associated with symmetric multiprocessing have become the linchpin of modern operating systems and cloud computing. A solid understanding of these technologies has become critical to any developer entering the field. Unfortunately, the complexity associated with discovering, enabling, using, and virtualizing multiple cores has created a paucity in the available documentation, transferable knowledge, and readable code exemplars. This paper describes our experience in overcoming these hurdles in the design of a from scratch, multi-core operating system--Bear--for secure and resilient cloud computing. In particular, we trace the intricacies involved in the development of a multi-core microkernel with an integrated multi-core hypervisor. By exploring the implementation details, from bootstrapping through core virtualization to process scheduling, this paper aims to fill the knowledge gaps, highlight potential pitfalls, and introduce multicore development in a concise start-to-finish exemplar.

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A Review on Malware Analysis for IoT and Android System

Yadav¹,

Gupta

2022

SN COMPUT. SCI.

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The KPLT: The Kernel as a shared object

Cited by 3 publications

References 8 publications

Understanding Cyber Security In Health Sector

Understanding Cyber Security In Health Sector

Symmetric multiprocessing from boot to virtualization

A Review on Malware Analysis for IoT and Android System

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