Optimizing resource allocation using proactive scaling with predictive models and custom resources
Kubernetes-based containerized applications heavily rely on distributing network workloads
among cluster applications, primarily because of the frequent resource requests and limited …
among cluster applications, primarily because of the frequent resource requests and limited …
Optimal cloudlet selection in edge computing for resource allocation
Abstract Mobile and Edge Computing devices have limited resources to perform
computationally intensive jobs, and hence, there is a need for task offloading. In Mobile …
computationally intensive jobs, and hence, there is a need for task offloading. In Mobile …
Real time fault detection in railway tracks using Fast Fourier Transformation and Discrete Wavelet Transformation
Railway transportation system is a safety critical system, a small fault in a train, track or train
operation control system may cause serious hazards. Therefore, each of them should be …
operation control system may cause serious hazards. Therefore, each of them should be …
An in-depth and insightful exploration of failure detection in distributed systems
In today's world, everyone wants a good profit with a tiny investment and distributed
computing is a boon for this purpose. Cloud computing, fog computing, and the Internet of …
computing is a boon for this purpose. Cloud computing, fog computing, and the Internet of …
Empirical analysis of the performance of routing protocols in opportunistic networks
Opportunistic Networks are a kind of network where the source and destination may not
have an end-to-end path or a path that exists for a very short and unpredictable span of time …
have an end-to-end path or a path that exists for a very short and unpredictable span of time …
Fundamentals of internet of things
This chapter provides a brief overview of the fundamentals of Internet of Things (IoT). The
introduction first covers the core concept behind the automated systems, their specifications …
introduction first covers the core concept behind the automated systems, their specifications …
Heartbeat-based failure detector of perfect p class for synchronous hierarchical distributed systems
This proposed failure detector algorithm of the Perfect P class is implemented for the
hierarchical synchronous distributed systems. There are several failure detection …
hierarchical synchronous distributed systems. There are several failure detection …
Failure detectors of strong s and perfect p classes for time synchronous hierarchical distributed systems
Present failure detection algorithms for distributed systems are designed to work in
asynchronous or partially synchronous environments on mesh (all-to-all) connected systems …
asynchronous or partially synchronous environments on mesh (all-to-all) connected systems …
Research on Petri net system parallel subnet partitioning completeness theory and algorithm
W Li, S Li, J Lu - Wuhan University Journal of Natural Sciences, 2019 - Springer
In order to solve the parallel algorithm of Petri net system with concurrent function, so as to
achieve the parallel control and simulation operation of this system, this paper proposes the …
achieve the parallel control and simulation operation of this system, this paper proposes the …
18 Empirical Analysis of
M Singh, A Verma, P Verma - Research Advances in Network …, 2023 - books.google.com
18.2. 1 Direct Delivery Protocol................................................................... 259 18.2. 2 First
Contact Protocol....................................................................... 259 18.2. 3 Spray-and-Wait …
Contact Protocol....................................................................... 259 18.2. 3 Spray-and-Wait …