plz write at least 1 to 2 pages answering the question.
The massive deployment of networking, communications and computing technologies has brought us into the era of big data. Huge volumes of data are today generated and collected due to human computer interaction, device-device communications, data outsourcing, environment sensing and behavior monitoring. Many such data often encode privacy-sensitive information related to individuals support the inference of a large variety of privacy-sensitive information through the use of data analytics, data mining and machine learning. Thus, preserving privacy in the context of big data is a nt in cyber-space. Obviously, preserving privacy of big data is even more challenging ling with many emerging technologies, e.g., Internet of Things (IoT), cloud computing, edge d crowdsensing, social net-working, and next generation communication systems. Although technologies and theories are widely studied and applied to ensure data privacy in Theme. and computing, crowdsourcing an recent years, existing solutions are still inefficient, especially for big data. Blockchain applications are currently amongst the most discussed topics when it comes to the precursors of the fourth industrial revolution. One of the essential characteristics of a blockchain is the concatenation of blocks. More specifically, such blocks are comprised of a certain number of cumulative records, the contents of which are interconnected in such manner that each subsequent block contains a cryptographic image of the previous block. Thus, it can be ensured that data cannot be manipulated unrecognized after the respective data has been entered into a block. Project Task. This short project requires to find possible/existing solutions of your given problem (handouts). 5. How to protect personal data through blockchain? The massive deployment of networking, communications and computing technologies has brought us into the era of big data. Huge volumes of data are today generated and collected due to human computer interaction, device-device communications, data outsourcing, environment sensing and behavior monitoring. Many such data often encode privacy-sensitive information related to individuals support the inference of a large variety of privacy-sensitive information through the use of data analytics, data mining and machine learning. Thus, preserving privacy in the context of big data is a nt in cyber-space. Obviously, preserving privacy of big data is even more challenging ling with many emerging technologies, e.g., Internet of Things (IoT), cloud computing, edge d crowdsensing, social net-working, and next generation communication systems. Although technologies and theories are widely studied and applied to ensure data privacy in Theme. and computing, crowdsourcing an recent years, existing solutions are still inefficient, especially for big data. Blockchain applications are currently amongst the most discussed topics when it comes to the precursors of the fourth industrial revolution. One of the essential characteristics of a blockchain is the concatenation of blocks. More specifically, such blocks are comprised of a certain number of cumulative records, the contents of which are interconnected in such manner that each subsequent block contains a cryptographic image of the previous block. Thus, it can be ensured that data cannot be manipulated unrecognized after the respective data has been entered into a block. Project Task. This short project requires to find possible/existing solutions of your given problem (handouts). 5. How to protect personal data through blockchain
