Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson, "Activating Networks: A Progress Report", IEEE Computer, April 1999. Home/Search Document Not in Database Summary Related Articles Check |
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Placing Servers for Session-Oriented Services - Sumi Choi And (2001) (1 citation) (Correct)
....classes of this problem and identify many extensions. We presented approximations, heuristics, and exact solutions to several variants of the problem, and simulated some of them. Several architectures have been proposed for deploying and dynamically configuring services in active networks [20] and active services [21] Placing services or servers is a critical issue particularly in such networks, which should benefit the most from our work. We also believe that there is more room for further research in this area. ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson, "Activating networks: A progress report," IEEE Computer, vol. 32, no. 4, pp. 32--41, Apr. 1999.
Dynamic Provisioning of Resource-Assured and Programmable Virtual .. - Isaacs (2000) (2 citations) (Correct)
....nitions have been coined. An active network node comprises two types of entity the execution environment (EE) within which active applications are executed, and the node operating system (NodeOS) which is responsible for resource partitioning and other shared functionality between multiple EEs [Smith99] 42 Code executed within the EEs at a router is dynamically injected, either as a capsule or downloaded onto the node in order to perform some computation over incoming packets. Customisation of the network control facilities o ered in the Tempest has been proposed by means of sandboxes that ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson. Activating Networks: A Progress Report. Computer, 32(4):32-41, April 1999. (p 42)
Multicasting in Overlays with Network Layer Support - Jannotti (Correct)
....latency or quicker response to failures. Application level multicast (ALM) systems, such as RMX [6] End System Multicast [12] and Overcast [13] are more specific overlay networks. All share the goal of providing the benefits of IPM without direct router support. Finally, an active networks [27, 19] inspired system that provides primitives based on the ability to perform computations on ephemeral state in routers is closely related. An early version of this work [26] describes a primitive, dup, that closely resembles packet reflection, and a number of associated primitives that accomplish ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson. Activating networks: a progress report. IEEE Computer, 32(4):32--41, April 1999.
Reasoning About Secrecy for Active Networks - Kakkar, Gunter, Abadi (2000) (1 citation) (Correct)
....of information between users. In particular, we formalize a concept of security against attacks on secrecy by an outsider and show how basic protections are preserved in the presence of programmable network functions. 1 Introduction The goal of research on programmable or active networks [19, 18] is to make computer networks more exible. This exibility threatens the security of the network, so good techniques for modeling and analyzing the consequences of providing new network services are desirable. This paper describes an approach based on a simple language of mobile programs. The ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson. Activating networks: A progress report. IEEE Computer, 32(4):32-41, April 1999.
Adaptive Applications over Active Networks: Case Study On.. - Yamamoto, Leduc (2000) (Correct)
....to quickly adapt to a wide range of service characteristics and requirements over a wide range of transmission technologies, in a rapidly changing network environment. Recent advances in mobile software and distributed systems are opening a new path towards active and programmable networks [1, 2, 3]. Active networks (AN) allow the network managers or users to program the network nodes according to their needs, offering a great amount of flexibility. They become therefore an ideal candidate for complementing existing networks towards a truly multiservice environment, that can quickly adapt to ....
J. Smith et al., "Activating Networks: A Progress Report ", IEEE Computer, April 1999, p.32-41.
Placing Servers for Session-Oriented Services - Choi, Shavitt (2001) (1 citation) (Correct)
....1.004 1.006 1.008 1. 01 Nomalized (c) The cost of the case of ) compared to the transparent case P Figure 9: Result with constraints on the length of the sessions using 15 Several architectures have been proposed for deploying and dynamically configuring services in active networks [23] and active services [3] Placing services or servers is a critical issue particularly in such networks, which should benefit the most from our work. We also believe that there is more room for further research in this area. ....
J. M. Smith, K. L. Calvert, S. L. Murphy, H. K. Orman, and L. L. Peterson. Activating networks: A progress report. IEEE Computer, 32(4):32--41, Apr. 1999.
The Phoenix Framework: A Practical Architecture for.. - Yadav, Bakshi.. (2000) (3 citations) (Correct)
....model [4] Researchers have used different approaches to overcome the limitations of traditional networks. One approach is through the definition of open interfaces [3] that is, exposing the functionality of network devices to outside entities. Another approach, termed active networks [8, 9], uses executable programs embedded within data packets that execute on routers and switches as they traverse a network. We have adopted the former approach in the Phoenix framework by providing a set of open and safe Java based interfaces. In addition to open interfaces, the Phoenix ....
Smith, J. et.al., "Activating Networks: A Progress Report," IEEE Computer, April 1999, pp. 32-41.
Practical Network Applications on a Lightweight.. - Anagnostakis.. (2001) Self-citation (Smith) (Correct)
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J. M. Smith, K. Kalvert, S. Murphy, H. Orman, and L. Peterson. Activating networks: a progress report. IEEE Computer, 32(4), April 1999.
Transparent Proxy Signalling - Knutsson, Peterson (2001) Self-citation (Peterson) (Correct)
....is another framework for deploying proxy mechanisms that pioneered many concepts in the area. Our work goes beyond these frameworks to develop a general signalling protocol that facilitates coordination among protocol boosters and PEPs. Proxy signalling is similar to active networks [29] 1] [25], 31] in that both enhance the service provided by the network by depositing code in the routers along an end toend path. In an environment like ANTS [31] for example, the arrival of a capsule that contains the ID of a program the application wants the router to run can be interpreted as the ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson. Activating networks: A progress report. IEEE Computer, 32(4):32--41, April 1999.
Network Layer Support for Overlay Networks - Jannotti (2002) (10 citations) Self-citation (Smith) (Correct)
....Reflection when sending responses to requests. These responses may be quite large, and they are pipelined through the set of nodes through which the request came. The nodes along that path could use Packet Reflection to speed the delivery of the responses. 2. 3 Active networks In active networks [39, 45, 34, 44], applications can download new protocols and code into routers, allowing for rapid innovation of network services. This thesis avoids many of the hard problems of active networks by focusing on specific functionality; it does not need to address the problems created by dynamic downloading of ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson. Activating networks: a progress report. IEEE Computer, 32(4):32--41, April 1999.
An OS Interface for Active Routers - Peterson, Gottlieb, Hibler.. (2001) (12 citations) Self-citation (Peterson) (Correct)
....which the network s signalling and control functions are programmable, but the data transfer functions are fixed. In contrast, active networks permit applications to customize both the control plane and the data plane. A general architecture for active networks has evolved over the last few years [24]. This architecture identifies three layers of code running on each active node (Figure 1) At the lowest level, an underlying operating system (NodeOS) multiplexes the node s communication, mem ory, and computational resources among the various packet flows that traverse the node. At the next ....
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie I{. Orman, and Larry L. Peterson. Activating networks: A progress report. IEEE Computer, 32(4):32-41, April 1999.
An Approach to Flexible QoS Routing with Active Networks - Welzl, Cihal, Mühlhäuser (2002) (Correct)
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Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson, "Activating Networks: A Progress Report", IEEE Computer, April 1999.
A Case Study on Event Dissemination in an Active.. - Duarte, Martins.. (2003) (Correct)
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J M. Smith, et al. "Activating Networks: A Progress Report". IEEE Computer, Vol. 32, No. 4, p. 32-41, April 1999.
A Case Study on Event Dissemination in an Active.. - Duarte, Martins.. (2003) (Correct)
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J M. Smith, et al. "Activating Networks: A Progress Report". IEEE Computer, Vol. 32, No. 4, p. 32-41, April 1999.
Integrated Resource Allocation Scheme for Real-Time Video.. - Yamashita (2002) (Correct)
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J. Smith, K. Calvert, S. Murphy, H. Orman, and L. Peterson, "Activating networks: A progress report," IEEE Computer, vol. 32, pp. 32--41, April 1999.
Hybrid Resource Control for Fast-Path Active Extensions - Patel (2003) (Correct)
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J. M. Smith, K. Calvert, S. Murphy, H. K. Orman, and L. L. Peterson. Activating Networks: A Progress Report. IEEE Computer, 32(4):32--41, Apr. 1999.
Integrated Resource Allocation Scheme for Real-Time .. - YAMASHITA.. (2001) (Correct)
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J. Smith, K. Calvert, S. Murphy, H. Orman, and L. Peterson, "Activating networks: A progress report," IEEE Computer, vol. 32, pp. 32--41, April 1999.
Projecting Advanced Enterprise Network and Service Management.. - Boutaba, al. (2002) (Correct)
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J. M. Smith, "Activating Networks: A Progress Report," Comp., vol. 32 4, Apr. 1999, pp. 32--41.
Integrated Resource Allocation Scheme for Real-Time .. - Wakamiya.. (2002) (Correct)
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J. Smith, K. Calvert, S. Murphy, H. Orman, and L. Peterson, "Activating networks: A progress report," IEEE Computer, vol. 32, pp. 32--41, April 1999.
Unknown - Heterogeneous Video Multicast (2001) (Correct)
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J. Smith, K. Calvert, S. Murphy, H. Orman, and L. Peterson, "Ac- tivating Networks: A Progress Report," IEEE Computer, pp. 32-41, April 1999.
An Approach to Flexible QoS Routing with Active Networks - Welzl, Cihal,, Mühlhäuser (2002) (Correct)
No context found.
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson, "Activating Networks: A Progress Report", IEEE Computer, April 1999.
Design, Implementation, and Evaluation of Active Video-Quality.. - Yamada (2003) (Correct)
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J. Smith, K. Calvert, S. Murphy, H. Orman, and L. Peterson, "Activating networks: A progress report," IEEE Computer, vol. 32, pp. 32--41, Apr. 1999.
Proxy Location problems and their generalizations - Choi, Shavitt (2003) (Correct)
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J. M. Smith, K. L. Calvert, S. L. Murphy, H. K. Orman, and L. L. Peterson. Activating networks: A progress report. IEEE Computer, 32(4):32--41, Apr. 1999.
Placing Servers for Session-Oriented Services - Choi, Shavitt (2001) (1 citation) (Correct)
No context found.
Jonathan M. Smith, Kenneth L. Calvert, Sandra L. Murphy, Hilarie K. Orman, and Larry L. Peterson, "Activating networks: A progress report," IEEE Computer, vol. 32, no. 4, pp. 32--41, Apr. 1999.
Management of Active and Programmable Networks - Alex Galis Alvin (Correct)
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Smith, J. M., et al., "Activating Networks: A Progress Report", IEEE Computer, 1999.
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