According to a Global Burden of Diseases (GBD) report, 5.8 million individuals worldwide pass away from stroke each year. The primary cause of paralysis, which affects around 33.7% of the paralyzed population, is stro...
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Using electric motors with a phase greater than three present some advantages over conventional three phase machines: higher reliability, reduced power per phase, increased torque density, and reduced torque pulsation...
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In this paper we extend our previous research on coherent observer-based pole placement approach to study the synthesis of robust decoherence-free (DF) modes for linear quantum passive systems, which is aimed at prese...
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RFID is one of the admired, powerful, and effectual technology in the field of communication, defense and detection in the Indoor RFID localization and tracking systems. The remoteness between RFID reader and object i...
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Underwater robot is an underwater equipment with autonomous sensing ability, which can replace human in the high-risk underwater environment to complete tasks such as resource exploration, information collection, unde...
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This paper will propose a system design by using FPGA platform to implement the home automatic system in temperature and humidity control. A typical automation system will be achieved by a MCU controller, sensors, act...
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The paper presents an automating oil pressure safety control and consistency control through the integration of Node MCU represents a pivotal advancement in the domain of oil extraction processes. This innovative appr...
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With the rapid development of privacy computing, more and more downstream tasks require large-scale communication in blockchain multi-device scenarios. In most computing devices, the data transmission and key authenti...
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Contemporary financial systems, despite their inher-ent complexity and resilience, face significant challenges related to transparency, efficiency, and security. Notable deficiencies in transparency and emerging secur...
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Distributed microservice applications require a convenient means of controlling L7 communication between services. Service meshes have emerged as a popular approach to achieving this. However, current service mesh fra...
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ISBN:
(纸本)9798400706981
Distributed microservice applications require a convenient means of controlling L7 communication between services. Service meshes have emerged as a popular approach to achieving this. However, current service mesh frameworks are difficult to use - they burden developers in realizing even simple communication policies, lack compatibility with diverse dataplanes, and introduce performance and resource overheads. We identify the root causes of these drawbacks and propose a ground-up new mesh architecture that overcomes them. We develop novel abstractions for mesh communication, a new mesh policy language centered on these abstractions to enable expressive policies, and a novel control plane that enables using minimal dataplane resources for policy enforcement. We develop the precise semantics of our language abstractions and demonstrate how our control plane can use them to execute policies correctly and optimally. We build and evaluate a prototype on realistic workloads and policies and open-source production traces. Our results show that complex policies can be specified in up to 6.75x fewer lines, enforced with up to 2.6x smaller tail latencies and up to 39% fewer CPU resources than today.
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