Ad-hoc networking, where network structure is created dynamically as nodes enter and leave the network, has recently become an active reseach subject. As majority of existing network protocols has been targeted to be used in an environment, where a static network configuration and the option of using registry repositories is enabled, they need tailoring for ad-hoc networking. In this paper, we discuss how Service Location Protocol (SLP) can be modified for such a dynamic environment starting from the requirements of applications that are to be run, and user’s intentions. The adaptations we have implemented include passive service discovery where the amount of network traffic needed for service discovery can be reduced, security related fea...
The need for an efficient service management system in an ad-hoc network is obvious. Mobile nodes – ...
In ad-hoc networks, mobile devices communicate via wireless links without the aid of any fixed netwo...
The client-server model continues to dominate distributed computing with increasingly more flexible ...
Ad-hoc networking, where network structure is created dynamically as nodes enter and leave the netwo...
Service Discovery Protocols (SDPs) allow users and applications to automatically locate services wit...
Everybody who works within a network will sometimes be of need to access a special type of service...
Everybody who works within a network will sometimes be of need to access a special type of service...
Everybody who works within a network will sometimes be of need to access a special type of service...
Abstract With the raising number of Internet services, automatic service discovery will be a very im...
This paper presents three new mechanisms for the Service Location Protocol (SLP): mesh enhancement, ...
The Service Location Protocol (SLP) is a proposed standard from IETF. It provides a flexible and sca...
Abstract. Service discovery protocols help users of a communication network to find services, applic...
Abstract — Ad-hoc networking is a promising technology for new services and applications. Ad-hoc net...
The Service Location Protocol (SLP) is a proposed standard from IETF. It provides a flexible and sca...
Service discovery technologies are exploited to enable services to advertise their existence in a d...
The need for an efficient service management system in an ad-hoc network is obvious. Mobile nodes – ...
In ad-hoc networks, mobile devices communicate via wireless links without the aid of any fixed netwo...
The client-server model continues to dominate distributed computing with increasingly more flexible ...
Ad-hoc networking, where network structure is created dynamically as nodes enter and leave the netwo...
Service Discovery Protocols (SDPs) allow users and applications to automatically locate services wit...
Everybody who works within a network will sometimes be of need to access a special type of service...
Everybody who works within a network will sometimes be of need to access a special type of service...
Everybody who works within a network will sometimes be of need to access a special type of service...
Abstract With the raising number of Internet services, automatic service discovery will be a very im...
This paper presents three new mechanisms for the Service Location Protocol (SLP): mesh enhancement, ...
The Service Location Protocol (SLP) is a proposed standard from IETF. It provides a flexible and sca...
Abstract. Service discovery protocols help users of a communication network to find services, applic...
Abstract — Ad-hoc networking is a promising technology for new services and applications. Ad-hoc net...
The Service Location Protocol (SLP) is a proposed standard from IETF. It provides a flexible and sca...
Service discovery technologies are exploited to enable services to advertise their existence in a d...
The need for an efficient service management system in an ad-hoc network is obvious. Mobile nodes – ...
In ad-hoc networks, mobile devices communicate via wireless links without the aid of any fixed netwo...
The client-server model continues to dominate distributed computing with increasingly more flexible ...