Lightweight Directory Access Protocol (v3)

Wahl, Mark; Howes, T.; Kille, S.

doi:10.17487/rfc2251

Cited by 355 publications

(165 citation statements)

References 5 publications

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“…Clients or Directory User Agents (DUA) are provided access to the Directory which maybe local or distributed, by the Directory Servers. The server maybe a X.500 Directory System Agent (DSA) [16] running over the OSI suite of protocols or, a (C)LDAP [17,18] frontend to the X.500 Directory System Agent or, a native LDAP Directory Server running directly over TCP or other protocols, or a database acting as a backend to another server, or any other application protocol, or any combination of the above. A Directory Server has one or more application protocol interfaces.…”

Section: The Snmp Network Management Frameworkmentioning

confidence: 99%

Directory Server Monitoring MIB

Mansfield¹,

Kille²

1999

Self Cite

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Section: The Snmp Network Management Frameworkmentioning

confidence: 99%

Directory Server Monitoring MIB

Mansfield¹,

Kille²

1999

Self Cite

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“…With the increase in popularity o f L D AP servers, traditional problems in the eld of information integration should be revisited to accommodate the new technology, especially, if this technology is so tied to network and distribution channels, as it is the case with LDAP technology that, by design, o ers distribution capabilities not present in more traditional databases WHK97].…”

Section: Introductionmentioning

confidence: 99%

LDAP-based Ontology for Information Integration

2001

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Abstract. The increase in popularity of the Internet has lead to the proliferation of heterogeneous information systems that could be better utilized if they operated under a common query interface. The purpose of this paper is to describe the representation formalism of ontologies in an LDAP-based information integration system, and to point out the advantages of such an approach o ver traditional systems. The simplicity, coherence and uniformity of the LDAP model allows us to seamlessly integrate source data, schemata discrepancies, and semantic information under a common framework, that is, by design, able to reconcile integration and data processing issues.

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“…The Role Gatekeeper will access the role private keys on behalf of role occupants when it is necessary to use the role private keys to sign or to decrypt messages. Both the public keys of users and roles are held as X.509 public key certificates [9] in an LDAP directory [18].…”

Section: Private Keys and Pubic Keysmentioning

confidence: 99%

Secure Role Based Messaging

Chadwick¹,

Lunt²,

Zhao³

IFIP International Federation for Information Processing

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This paper describes a secure role based messaging system design based on the use of X.509 Attribute Certificates for holding user roles. Access to the messages is authorised by the PERMIS Privilege Management Infrastructure, a policy driven role based access control (RBAC) infrastructure, which allows the assignment of roles to be distributed between trusted issuing authorities, and allows a change of access control policy at runtime. Messages can be sent by roles and users, and can be sent to roles and users. Messages are secure in their exchange between senders and recipients. Details of the security and messaging design are presented.

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Lightweight Directory Access Protocol (v3)

Cited by 355 publications

References 5 publications

Directory Server Monitoring MIB

Directory Server Monitoring MIB

LDAP-based Ontology for Information Integration

Secure Role Based Messaging

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