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Compressive Sensing: Methods, Techniques, and Applications

Vivek Upadhyaya, Mohammad Salim

2021IOP Conference Series Materials Science and Engineering26 citationsDOIOpen Access PDF

Abstract

Abstract According to the latest research, it is very much clear that in future we require a huge amount of data as modern advancement in communication and signal processing generates a large number of bytes some examples are 5G peak data rate about 300 Mb/sec, an image of black hole required several petabytes to store & in medical signal processing huge amount of data required. So, by these examples, we can easily understand the scarcity of storage in near future. To overcome this problem of data scarcity such type of data compression is required in which the information of the signal will not be degraded. A well-known method is Compressive Sensing which can easily tackle this problem of data compression.

Topics & Concepts

PetabyteByteComputer scienceSIGNAL (programming language)ScarcityCompressed sensingData compressionSignal processingCompression (physics)Real-time computingBig dataComputer hardwareData miningArtificial intelligenceDigital signal processingProgramming languageEconomicsMicroeconomicsComposite materialMaterials scienceSparse and Compressive Sensing TechniquesAdvanced MIMO Systems OptimizationIndoor and Outdoor Localization Technologies