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Test implementation of the ACP protocol
Ležák, Petr ; Strašil, Ivo (referee) ; Burda, Karel (advisor)
In general this master’s thesis deals with access control methods and their individual modules and in particular with authentication of supplicants. There are listed authentication methods useful in the implementation of the ACP protocol. ACP protocol is also discussed including possibilities and uses. ACP message format is described in detail with AVP format and types. The transaction mechanism is also mentioned here. The main part of the thesis is focused on software design for protocol testing. Possibilities of the testing are discussed and test scenarios are suggested. Consequently, requirements for test software are listed and its implementation is designed. Furthermore, there is technical documentation of the program. The main ideas used in the program are explained in it. The purpose of each part of the program is written including links between them. Finally, there is a manual for the program. It also contains an illustrative example describing how to make and test a simple scenario of the authentication.
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ACP Protocol in Payment Systems
Kunc, Jaroslav ; Burda, Karel (referee) ; Strašil, Ivo (advisor)
Bachelor's thesis focuses on the protocol for the cryptographic systems in payment systems developed for ÚTKO. The thesis analyses now used protocols for electronic payment systems. The thesis describes the basic principle of AAA protocols (Authentication, Authorization and Accounting) and the basic principle of ACP protocol. The thesis includes a discussion of the objectives of the new system for payment transactions and discussion about anonymity of this transactions. The next object of this thesis is to develop scenarios inclusive protocol ACP in electronic payment systems and evaluate this scenarios.
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Employing the ACP protocol in payment systems
Novák, Andrej ; Burda, Karel (referee) ; Strašil, Ivo (advisor)
Bachelors work focuses on the protocol for the cryptographic systems in payment systems developed for ÚTKO. The work summarizes the current state of the system for payment between the two devices, and work will show how protocol allows for pair of devices within the required activities to negotiate the transaction, negotiate the authentication method, make an authentication, deliver the access parameters and transfer statement. The purpose of this work is to develop scenarios inclusive protocol ACP in the payment system and evaluate them from the aspect of safety, performance data and universality.
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The issue of increasing the proportion of reclaimed asphalt in asphalt mixtures
Urbanec, Luboš ; Mondschein,, Petr (referee) ; Hýzl, Petr (advisor)
The subject of this Ing. thesis is asphalt mixture with increasing RAP (Reclaimed Asphalt Pavement). The theoretical part defines the terms of recycling and RAP and types of recycling. The practical part is devoted to the production and testing of asphalt mixtures with different volume RAP. The proposed asphalt mixture is asphalt concrete for base layer ACP22 +. Content of RAP in mixtures is 0%, 30%, 50% and 70%. As a special additive to soften the asphalt from RAP is used ingredient STORFLUX. For each mixture are established modulus stiffness of asphalt mixture and determined fatigue characteristics of asphalt mixture. The identified properties are compared for the different representation of RAP.
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ACP Protocol in Payment Systems
Kunc, Jaroslav ; Burda, Karel (referee) ; Strašil, Ivo (advisor)
Bachelor's thesis focuses on the protocol for the cryptographic systems in payment systems developed for ÚTKO. The thesis analyses now used protocols for electronic payment systems. The thesis describes the basic principle of AAA protocols (Authentication, Authorization and Accounting) and the basic principle of ACP protocol. The thesis includes a discussion of the objectives of the new system for payment transactions and discussion about anonymity of this transactions. The next object of this thesis is to develop scenarios inclusive protocol ACP in electronic payment systems and evaluate this scenarios.
|
|
|
Employing the ACP protocol in payment systems
Novák, Andrej ; Burda, Karel (referee) ; Strašil, Ivo (advisor)
Bachelors work focuses on the protocol for the cryptographic systems in payment systems developed for ÚTKO. The work summarizes the current state of the system for payment between the two devices, and work will show how protocol allows for pair of devices within the required activities to negotiate the transaction, negotiate the authentication method, make an authentication, deliver the access parameters and transfer statement. The purpose of this work is to develop scenarios inclusive protocol ACP in the payment system and evaluate them from the aspect of safety, performance data and universality.
|
|
|
ACP Protocol in Payment Systems
Kunc, Jaroslav ; Burda, Karel (referee) ; Strašil, Ivo (advisor)
Bachelor's thesis focuses on the protocol for the cryptographic systems in payment systems developed for ÚTKO. The thesis analyses now used protocols for electronic payment systems. The thesis describes the basic principle of AAA protocols (Authentication, Authorization and Accounting) and the basic principle of ACP protocol. The thesis includes a discussion of the objectives of the new system for payment transactions and discussion about anonymity of this transactions. The next object of this thesis is to develop scenarios inclusive protocol ACP in electronic payment systems and evaluate this scenarios.
|
|
|
ACP Protocol in Payment Systems
Kunc, Jaroslav ; Burda, Karel (referee) ; Strašil, Ivo (advisor)
Bachelor's thesis focuses on the protocol for the cryptographic systems in payment systems developed for ÚTKO. The thesis analyses now used protocols for electronic payment systems. The thesis describes the basic principle of AAA protocols (Authentication, Authorization and Accounting) and the basic principle of ACP protocol. The thesis includes a discussion of the objectives of the new system for payment transactions and discussion about anonymity of this transactions. The next object of this thesis is to develop scenarios inclusive protocol ACP in electronic payment systems and evaluate this scenarios.
|
|
|
The issue of increasing the proportion of reclaimed asphalt in asphalt mixtures
Urbanec, Luboš ; Mondschein,, Petr (referee) ; Hýzl, Petr (advisor)
The subject of this Ing. thesis is asphalt mixture with increasing RAP (Reclaimed Asphalt Pavement). The theoretical part defines the terms of recycling and RAP and types of recycling. The practical part is devoted to the production and testing of asphalt mixtures with different volume RAP. The proposed asphalt mixture is asphalt concrete for base layer ACP22 +. Content of RAP in mixtures is 0%, 30%, 50% and 70%. As a special additive to soften the asphalt from RAP is used ingredient STORFLUX. For each mixture are established modulus stiffness of asphalt mixture and determined fatigue characteristics of asphalt mixture. The identified properties are compared for the different representation of RAP.
|
|
|
Test implementation of the ACP protocol
Ležák, Petr ; Strašil, Ivo (referee) ; Burda, Karel (advisor)
In general this master’s thesis deals with access control methods and their individual modules and in particular with authentication of supplicants. There are listed authentication methods useful in the implementation of the ACP protocol. ACP protocol is also discussed including possibilities and uses. ACP message format is described in detail with AVP format and types. The transaction mechanism is also mentioned here. The main part of the thesis is focused on software design for protocol testing. Possibilities of the testing are discussed and test scenarios are suggested. Consequently, requirements for test software are listed and its implementation is designed. Furthermore, there is technical documentation of the program. The main ideas used in the program are explained in it. The purpose of each part of the program is written including links between them. Finally, there is a manual for the program. It also contains an illustrative example describing how to make and test a simple scenario of the authentication.
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