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7.1.2.2 Network Dynamics Due to their deployment in the physical environment, sensor networks are subject to a high degree of network dynamics. Sensor nodes can be mobile, die due to depleted batteries or due to environmental in uences, and new sensor nodes may be added at any point in time. This results in relatively frequent and unpredictable changes in the network topology and possibly even in (temporary) network partitions. Mobile nodes can transport messages across partition boundaries by storing a received message and forwarding it as soon as a new partition is entered. The end-to-end delay of such message paths is very unstable and hard to predict. The operation of NTP is independent of the underlying physical network topology. In the NTP overlay hierarchy, a master and a client can be separated by many hops in the physical network, even though they are neighbors in the overlay hierarchy. Due to the previously mentioned effects, multihop paths may be very unstable and unpredictable in a sensor network. NTP, however, depends on the ability to accurately estimate the delay characteristics of network links. NTP implicitly assumes that network nodes that shall be synchronized are a priori connected by the network. However, this assumption may not hold in dynamic sensor networks with mobile nodes. Consider, for example, an application where mobile sensor nodes with sporadic network connectivity time-stamp sensor readings and deliver these records to an observer as they pass by a base station (e.g., ref. [8]). The base station may then want to compare time stamps generated by different sensor nodes in order to evaluate the collected data. However, in the preceding scenario, there might not be a network connection between the various originators of the time-stamped messages at any point in time. Hence, NTP cannot be applied in such settings.

frequency in TDD. The MAC protocol is designed to be connection oriented for controlling and transportatiing data. The BS schedules the downlink and uplink grants in order to deal with QoS requirements at the beginning of every frame. The SS then decodes its UL-MAP messages and extracts the limit of allocation. However, the timetable for downlink grants in the forthcoming downlink subframes are contained in the downlink map (DL-MAP). The downlink grants that are directed to the SS with the same downlink interval message code (DIUC, an interval usage code used for downlink) are transmitted by the DL-MAP in a single burst. Afterward both the uplink and downlink maps are transmitted by the BS at the start of each downlink subframe, as shown in Fig. 20.5.

Payne and Blanchard, 1995

What does all this mean to you as a Web developer It means you should be careful about using other ActiveX controls you come across even if you think they re perfectly safe because you may unwittingly contribute to problems on your visitors computers It also helps you understand why so many people who come to your site choose not to accept your controls Visitors need to look after the integrity of their own computers When can this security model be a good thing If you are developing for an intranet, you can write ActiveX controls that perform powerful actions on client computers, without having to install that software manually on every computer Be sure to test your controls carefully, especially if they affect the file system at all..

infrastructures, (b) openness of the interfaces and protocols used in the network elements, and (c) exibility to add new services and features easily and quickly, many medium-sized and large enterprises, as well as emerging carriers and service providers, are deploying this type of architecture for IP-based telephony services. They are devising cost-e ective and innovative solutions to many QoS, security, reliability, and availability problems and deploying them in their networks. Once these innovative solutions reach maturity, they will be su ciently stable so that they can be standardized for wide-scale deployment in the next-generation public networks. VPN is one such technology that is being widely used for interconnecting the IP-PBXs at di erent geographical sites of a corporation [10]. VPN technology can be extended to create both intra-LATA and inter-LATA virtual trunk networks (VTNs) using the same IP networking methods. These new technologies will make the deployment of VoIP and IP telephony as realistic as PSTN-based POTS in both corporate and public networks. Many organizations are working to achieve that goal, with active participation from service providers, equipment manufacturers, and regulatory bodies. These include the Internet2 consortium (www.internet2.org, www.internet2.edu, 2001), Multiservice Switching Forum (www.msforum.org, 2001), Alliance for Telecommunication Solutions Signaling for VoIP (SVoIP) e ort (www.atis.org, 2001), and International Softswitch Consortium (www.softswitch.org, 2001).

[12] Chin G and Rosson MB: Progressive design: Staged evolution of scenarios in the design of a collaborative science learning environment In Proceedings of CHI 98, 1998 [13] Conaty G (ed): Initial Scenarios, Requirements and Guidelines: User-centred approach for the design of future mobile services and applications IST-MobiLife Project Deliverable D6b (D11b), February 2006 Online: wwwist-mobilifeorg [14] Digital Living Network Alliance: Use Case Scenarios White Paper 2004 Online: wwwdlnaorg/news/ DLNA Use Casespdf [15] Ducatel K, Bogdanowicz M, Scapolo F, Leijten J and Burgelman J-C: ISTAG Scenarios for Ambient Intelligence in 2010 IPTS-Seville, 2001 [16] FAMILIES project: Deliverable No 3: Results of family survey , 2002 Online: wwwfamilies-project com/outmainhtml [17] Finnie G: Fixed Mobile Convergence Reality Check , 2003 Online: wwwheavyreadingcom/ [18] Florida R.