Service Outsourcing Character Oriented Privacy Conflict Detection Method in Cloud Computing

Table 1

Comparison of related works.

	Methods	Authors	Contributions	Computing paradigm	Support for service composition	Support for semantic
Computing process oriented privacy protection d	Modeling and verification	Hamadi et al. [13]	Conceptual modeling of privacy-aware web service	Service computing	✗	✓
		Guermouche et al. [14]	Privacy-aware web service protocol replaceability	Service computing	✗	✓
		Mokhtari et al. [15]	Verification of privacy timed properties	Service computing	✗	✗
		LinYuan et al. [16]	Minimal privacy authorization in web services collaboration	Service computing	✓	✗
	Matching	Barth et al. [17]	Privacy and utility in business processes	Service computing	✓	✓
		Wei et al. [18]	Privacy-protection policy for pervasive computing	Pervasive computing	✗	✓
		Our work	Outsourcing service orientedprivacy conflict detection Method in cloud computing	Cloud Computing	✓	✓
	Negotiation	Zhu and Zhou [19]	Role-based collaboration and its kernel mechanisms	N/A	N/A	✗
		El-Khatib [20]	A privacy negotiation protocol for web services	Service Computing	✗	✗
		Zhang and Fen [21]	Parsimonious semantic trust negotiation	N/A	N/A	✓
	Disclosure	Kolter et al. [22]	Visualizing past personal data disclosures	Service computing	✗	✗
		LinYuan et al.[23]	Analysis of the minimal privacy disclosure	Service computing	✓	✗
	Risk	Yu et al. [24]	Modeling and measuring privacy risks	Service computing	✓	✗
		Hong et al. [25]	Privacy risk models	Ubiquitous computing	✗	✓
Data oriented privacy protection	Obfuscation	Weiwei and Zhihong [26]	A mixed mode data obfuscation method AENDO	N/A	N/A	✗
		Bakken et al. [27]	Anonymity and desensitization of usable data sets	N/A	N/A	✗
	Encryption	Bao et al. [28]	An efficient and practical scheme for privacy protection in the e-commerce of digital goods	N/A	N/A	✗
		Gilburd et al. [29]	k-TTP: a new privacy model for large-scale distributed environments	N/A	N/A	✗
	Anonymity	Ye et al. [30]	Anonymizing classification data using rough set theory	N/A	N/A	✗
		Sweeney [31]	Achieving k-anonymity privacy protection using generalization and suppression	N/A	N/A	✗

N/A: not applicable; ✓: support; ✗: not support.