ANNA UNIVERSITY SAMPLE REPORT FORMAT FOR FINAL YEAR UG BE/B.TECH STUDENTS

SAV TECHNIQUE FOR SECURELY SHARING DEFENCE DATA IN INTERNET USING AHE METHOD

A PROJECT REPORT

Submitted by

ESHIN JOZER. R (960311205008)

LORDSON ROY. M (960311205010)

SUBEESH. P (960311205022)

in partial fulfillment for the award of the degree

of

BACHELOR OF TECHNOLOGY

IN

INFORMATION TECHNOLOGY

BETHLAHEM INSTITUTE OF ENGINEERING, KARUNGAL

ANNA UNIVERSITY : CHENNAI 600 025

APRIL 2015

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ANNA UNIVERSITY : CHENNAI 600 025

BONAFIDE CERTIFICATE

Certified that this project report “SAV TECHNIQUE FOR SECURELY SHARING DEFENCE DATA IN INTERNET USING ADDITIVE HOMOMORPHIC ENCRYPTION METHOD” is the bonafide work of “Eshin Jozer R, Lordson Roy M, Subeesh P” who carried out the project work under my supervision.

SIGNATURE                                                      SIGNATURE

Mr. G.Borgia Crusu Venthan, M.Tech                 Mrs. R.P.Shyni Vinse, M.Tech

HEAD OF THE DEPARTMENT                     SUPERVISOR

Associate Professor                                              Assistant Professor

Information Technology                                      Information Technology

Bethlahem Institute of Engineering                     Bethlahem Institute of Engineering Karungal.                                                              Karungal.                                         

Submitted for the B.Tech Degree viva voce held on ……………………

Signature of Internal Examiner                   Signature of External Examiner

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ABSTRACT

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TABLE OF CONTENTS
CHAPTER NO	TITLE	PAGE NO
	ABSTRACT	iv
	LIST OF FIGURES	viii
	LIST OF ABBREVIATIONS	ix
1	INTRODUCTION	1
	1.1 The Cloud Computing Services	3
	1.1.1 Software as a Service	4
	1.1.2 Platform as a Service	4
	1.1.3 Infrastructure as a Service	5
2	SYSTEM SPECIFICATION	6
	2.1 Hardware Requirements	6
	2.2 Software Requirements	6
3	LANGUAGE SPECIFICATION	7
	3.1  Hypertext Preprocessor	7
	3.1.1 Implementations	8
	3.1.2 Licensing	9
	3.1.3 Use	9
	3.2  MySQL	10
	3.3  XAMPP	11
4	LITERATURE REVIEW	12
	4.1  Authorized Private Keyword Search                      over Encrypted Personal Health                            Records in Cloud Computing	12
	4.2  Achieving Secure, Scalable, and Fine                 grained Data  Access Control in Cloud               Computing	12
	4.3  Personal Health Records to Improve               Health Information Exchange and                          Patient Safety	14
	4.4  Patient Controlled Encryption: Ensuring               Privacy of Electronic Medical Records	14
	4.5  Exploring the Feasibility of Fully               Homomorphic Encryption	15
5	EXISTING SYSTEM	16
	5.1 Attribute Based Encryption	16
	5.2 Personal health record	18
	5.3 Accessing Data	19
6	PROPOSED SYSTEM	21
	6.1 SAV Model	22
	6.1.1 Key Generation Module	22
	6.1.2 Transitional Encapsulation Module	23
	6.1.3 Alternate Decryption Module	23
	6.2 Additive Homomorphic Encryption	24
	6.2.1 Algorithm	24
	6.3 SAV Process	25
	6.4 Modules	27
	6.4.1 Home Page	28
	6.4.2 Admin Module	28
	6.4.2.1 Admin Login	29
	6.4.2.2 Change password	29
	6.4.2.3 Register data owner	30
	6.4.2.4 View data owners	30
	6.4.2.5 Authenticate data owner	31
	6.4.2.6 Register file domain	31
	6.4.2.7 View data consumers	32
	6.4.2.8 Logout	32
	6.4.3 Data Owner Module	33
	6.4.3.1 Key generation	33
	6.4.3.2 File upload	34
	6.4.4 Data Consumer Module	35
	6.4.4.1 View Domain Files	36
	6.4.4.2 Send Request	36
	6.4.4.3 Inbox	37
	6.4.4.4 Download Files	37
	6.4.5 Register Data Consumer Module	38
7	CONCLUSION	39
	APPENDIX	40
	REFERENCES	56

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LIST OF FIGURES
FIGURE NO	FIGURE NAME			PAGE NO
1.1	Cloud Computing			2
1.2	Cloud Computing Services			3
6.1	Block diagram of SAV model			22
6.2	SAV model Logic			25
6.3	Home Page of SAV			28
6.4	Admin Login page			29
6.5	Admin Change Password			29
6.6	Register Data Owner			30
6.7	View data owners			30
6.8	Authenticate data owner			31
6.9	Registering and viewing file domains			31
6.10	View data consumers			32
6.11	Admin Logout			32
6.12	Key generation form			33
6.13	Generated Keys			34
6.14	File Upload			35
6.15	View Domain Files			36
6.16	View Domain Files			36
6.17	One Time Pin			37
6.18	File Download			37
6.19	Data consumer registration form			38
LIST OF ABBREVATIONS
SaaS		-	Software as a Service
PaaS		-	Platform as a Service
IaaS		-	Infrastructure as a Service
PHP		-	Hypertext Pre-processor
OTP		-	One Time Pin
PHR		-	Personal Health Records
ABE		-	Attribute Based Encryption
SAV		-	Secure Alternate Viable
AHE		-	Additive Homomorphic Encryption
ADM		-	Alternate Decryption Module
TEM		-	Transitional Encapsulation Module

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