O.E. Kelly, J. Lai, N.B. Mandayam, et al. Scalable parallel simulations of wireless networks with WiPPET: modeling of radio propagation, mobility and protocols. Mob. Netw. Appl., 5(3):199--208, 2000. Home/Search Document Details and Download
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Lookahead Revisited in Wireless Network Simulations - Liu, Nicol (2002) (1 citation) (Correct)
....stations within hearing range. Issues of power consumption and access control loom large in these designs, and routing strategies have an especially important in uence on the system s performance, and ultimate lifetime. Borrowing design elements from other network simulators, such as WiPPET [19], GloMoSim [7] SSFNet [13] and x Kernel [26] SWAN uses the ISO OSI stack model and provides a standard abstraction for building, at each sensor station, a protocol graph, which consists of a stack of protocol sessions each modeled as a stand alone protocol module. The design has its advantage ....
....and so the small lookahead which is adequate for GloMoSim s detailed radio simulations is inadequate for us. GloMoSim and SWAN are among the most current re ections of work on parallelized wireless simulation. Interest in the area has been active in recent years, examples of relevant work are [8, 9, 10, 12, 20, 22, 15, 19]. Emphasis and problems considered vary from project to project. A common theme in the list just cited is an interest in simulation of cellular communications. This problem has di erent radio characteristics than does ad hoc sensor networks, principally because sensor networks use very low power ....
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O. E. Kelly, J. Lai, N. B. Mandayam, A. T. Ogielski, J. Panchal, and R. D. Yates. Scalable parallel simulations of wireless networks with WiPPET: modeling of radio propagation, mobility and protocols. Mobile Networks and Applications, 5:199-208, 2000. 25
Parallel Simulation of Large-Scale Wireless Ad Hoc Networks - Liu (2001) (Correct)
....proceed in irregularly sized jumps. The algorithm is based on the technique to predict times at which interesting events could happen; the algorithm will just past other non interesting intervals. WiPPET (Wireless Propagation and Protocol Evaluation Testbed) from WINLAB at Rutgers University ([53, 52, 96, 97]) claims to be a general parallel simulation testbed for various types of wireless networks, including AMPS, GSM, NA TDMA, and wCDMA. WiPPET extended MADRAS, a sequential simulator [2] and is implemented on top of the TeD GTW optimistic parallel simulation platform [102] WiPPET contains ....
....of two major kinds of interacting submodels: Node Model and Environment Model. 49 An instance of Node Model represents a mobile station. There can be as many instances as the number of mobile stations in the wireless network. Borrowing the design from other network simulators, such as WiPPET [53], GloMoSim [7] SSFNet [29] and x Kernel [94] the Node Model provides a standard abstraction for building protocol graph, which consists of a stack of protocol sessions each modeled as a stand alone protocol module. The design has its advantage in that these modules are insulated from ....
[Article contains additional citation context not shown here]
O. E. Kelly, J. Lai, N. B. Mandayam, A. T. Ogielski, J. Panchal, and R. D. Yates. Scalable parallel simulations of wireless networks with wippet: modeling of radio propagation, mobility and protocols. Mobile Networks and Applications, 5:199-208, 2000.
Parallel Simulation of Large-Scale Wireless Ad Hoc Networks - Liu (2001) (Correct)
....proceed in irregularly sized jumps. The algorithm is based on the technique to predict times at which interesting events could happen; the algorithm will just past other non interesting intervals. WiPPET (Wireless Propagation and Protocol Evaluation Testbed) from WINLAB at Rutgers University ([53, 52, 96, 97]) claims to be a general parallel simulation testbed for various types of wireless networks, including AMPS, GSM, NA TDMA, and wCDMA. WiPPET extended MADRAS, a sequential simulator [2] and is implemented on top of the TeD GTW optimistic parallel simulation platform [102] WiPPET contains ....
O. Kelly, J. Lai, N. B. Mandayam, A. T. Ogielski, J. Panchal, and R. D. Yates. Scalable parallel simulations of wireless networks with WiPPET: modeling of radio propagation, mobility and protocols. Proceedings of the 6th International Workshop on Modeling, Analysis, and Simulation of Computer and Telecommunication Systems, 1998.
Scalable Parallel Simulations of Wireless Networks .. - Kelly, Lai.. (1999) (4 citations) Self-citation (Kelly) (Correct)
....protocols,because strong interactions at all levels drive engineering design decisions. From the simulation point of view, recurring interference calculations, due to changes in each transmit # This work is partially supported byDARPA Contract N66001 96 C 8530 and by NSF Grant NCR 9527163. 2 O. E. Kelly et al. # Scalable Parallel Simulations of Wireless Networks with WiPPET ter s power or position, lead to grand demand for computational resources.The parallel simulator WiPPET 1 extends the functionality of WINLAB s previous sequential simulator MADRAS #1#, the Mobility And Dynamic Resource Allocation ....
....packets, bits or chips#, and bycharacteristic time scales for the physical processes with which transmissions interact #e.g. short#scale Rayleigh fading #16#, or long#scale shadow fading #17##. 1 Wireless Propagation and Protocol Evaluation Testbed. Also a breed of fast racing dogs #whippet#. O. E. Kelly et al. # Scalable Parallel Simulations of Wireless Networks with WiPPET 3 Figure 1. WiPPET provides support and #hooks for model developmentatavariety of time scales and protocol layers. Moreover,a versatile wireless simulator should support research studies across levels and time scales. Such a system ....
[Article contains additional citation context not shown here]
O. E. Kelly et al. # Scalable Parallel Simulations of Wireless Networks with WiPPET 23 #33# J. H. Cowie, D. M. Nicol, and A. Ogielski. Modeling the Global Internet. Computer Science and Engineering, pages 42#50, January#February 1999.
TCP/RLP Coordination And Interprotocol Signaling For.. - Bai, Wu, Ogielski (1999) Self-citation (Ogielski) (Correct)
....1. The simulated model has been coded in the modular TeD (Telecommunication Description Language) framework [9, 14] that isolates the model code from the underlying simulator kernel (Georgia Time Warp) TeD has been used at WINLAB in session and packet level modeling of mobile cellular systems [10, 15]. The major components of our model MH TCP Sink RLP RLP bw, delay) Data Source RH IAP Interface Interface TCP Src Wireline Link Radio Channel ( Pe, fdT Figure 1: Ted simulation model. are Mobile Host (MH) connected through a Radio Channel to an Internet Access Point (IAP) and from ....
O. Kelly, J. Lai, N. Mandayam, A. Ogielski, J. Panchal, and R. Yates, "Scalable Parallel Simulations of Wireless Networks with WiPPET: Modeling of Radio Propagation, Mobility and Protocols," Wireless Networks, 1999. To appear.
ARTÍS: Design and Implementation of an Adaptive.. - D'Angelo (2005) (Correct)
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O.E. Kelly, J. Lai, N.B. Mandayam, et al. Scalable parallel simulations of wireless networks with WiPPET: modeling of radio propagation, mobility and protocols. Mob. Netw. Appl., 5(3):199--208, 2000.
Simulating Mobile Ad Hoc Networks: A Quantitative Evaluation of.. - Newport (2004) (Correct)
No context found.
O. E. Kelly, J. Lai, N. B. Mandayam, A. T. Ogielski, J. Panchal, and R. D. Yates. Scalable parallel simulations of wireless networks with WiPPET: Modeling of radio propagation, mobility and protocols. Mobile Networks and Applications, 5(3):199-- 208, September 2000.
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