How to visit the IP camera through Internet 1.Wireless Router setting 1)set the Router IP address is “192.168.1.1” 2)Enable wifi‚ wireless mode select “ G-only”‚ SSID is “ip camera”‚ wireless channel is “6-2.437GHz”. 3)set WIFI security‚ security mode is “WPA Personal”‚ wpa Algorithms is “AES”‚ Wpa Share key is “ 123456abcd”‚ Group key renewal is “3600”. 2. computer network setting 1)The defatult ip of the ip camera is 192.168.55.160‚if your computer’s ip is not the sample like 192
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Title: Writing program in C++ or Java to implement RSA algorithm for key generation and cipher verification. Objective: To study‚ 1. Public key algorithm. 2. RSA algorithm 3. Concept of Public key and Private Key. Theory: Public Key Algorithm: Asymmetric algorithms rely on one key for encryption and a different but related key for decryption. These algorithms have the following important characteristics: • It is computationally
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of PKI(public key infrastructure). Instead‚ it describes the applicative use of PKI in current and future mobile phone applications‚ and shows how Discretix CryptoCell™ efficient‚ lightweight and standard-compliant implementation of cryptographic algorithms‚ enables wireless devices to become PKI-enabled. SECURITY THREATS IN THE MOBILE ENVIRONMENT Being based on the concept of transferring data through intermediate nodes‚ the very nature of Transmission Control Protocol/Internet Protocol (TCP/IP)
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ABSTRACT .2 THEISIS 2 Introduction .3 Different types OF POLICY e-commerce securtity measures 5 Privacy Policy * Network security policy * Encryption policy * Firewall Policy 13 MEASURES TO MAKE E-COMMERCE SECURITY SAFE 13 LIMITATIONS AND WEAKNESSES OF E-COMMERCE SECURITY MEASURES . 21 CONCLUSION . 26 REFERENCES 28
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derived from the Greek words kryptos meaning “hidden” and graphien‚ meaning “to write/study”. The process of making and using codes to secure the transmission of information is called cryptography. Before modern era cryptography was synonymous to encryption but today cryptography is heavily based on mathematical theory and computer science practice. Cryptography today deals with the ways to transfer information in such a manner that no one beside the recipients can read what was actually sent and also
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Security………………………………………………....Page 11 Terms related to online Credit card frauds………………………………………..Page 12 Security measures in online credit card payment systems……………………...…Page 13 Security Schemes………………………………………………………………….Page 14 Secret Key encryption……………………………………………………………..Page 15 Public key cryptography…………………………………………………………..Page 15 Electronic Protocols……………………………………………………………….Page 16 Electronic Fund Transfer…………………………………………………………..Page 19 Electronic Checks………………………………………………………………….Page
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Take Test: Quiz 2 Content Top of Form Assistive Technology Tips [opens in new window] Instructions Question Completion Status: Question 1 In asymmetric cryptography‚ what does a digital signature accomplish? Proves the identity of the sender Confirms the source of the message Prevents others from viewing the message Provides confidentiality protection Question 2 This occurs when a parent network provides filtering for traffic before it enters the child
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as evidence in a court or law These facilities are delivered using a mathematical technique called public key cryptography‚ which uses a pair of related cryptographic keys to verify the identity of the sender (signing) and/or to ensure privacy (encryption). How the Public Key Cryptography concept works Public key cryptography uses a pair of mathematically related cryptographic keys. If one key is used to encrypt information‚ then only the related key can decrypt that information. Even if one
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DIGITAL SIGNATURE A digital signature is an electronic signature that can be used to authenticate the identity of the sender of a message or the signer of a document‚ and possibly to ensure that the original content of the message or document that has been sent is unchanged. Why use certificate signatures? Many business transactions‚ including financial‚ legal‚ and other regulated transactions‚ require high assurance when signing documents. When documents are distributed electronically‚ it
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these cryptographic applications base their security on the intractability of hard mathematical problems‚ namely the integer factorization problem (IFP) and the finite field discrete logarithm problem (DLP). Over the years‚ sub-exponential time algorithms were developed to solve these problems. As a result‚ key sizes grew to more than 1000 bits‚ so as to attain a reasonable level of security. In constrained environments where computing power‚ storage and bandwidth are limited‚ carrying out thousand-bit
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