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assignment problem with side constraints, if total spent energy must be within the energy budget for every robot For tasks with real-time constraints, timebound requirements (time needed to arrive to an area plus the time to perform the task) could be added If the number of tasks exceeds the number of robots, the algorithm can be repeated in rounds by applying them on tasks sorted by their deadlines and assigning one to each robot in each round Alternative approaches may include assigning several tasks to a single robot at once, with sequential access to them and tour-like visits from event to event Finally, a greedy algorithm may even assign tasks in sequence, choosing one robot (among available ones) for one task The problem formulations considered so far in literature did not include network degradation issues due to possible energy depletion of some robots.

The best robot for a given task may minimize energy needs to the robot team, but could also lead to its own inability to perform any other task, which may also impact the ability of the team to provide support to sensors Therefore, some load balancing mechanisms may be needed to address the issue The best robot can be determined by negotiation among robots, with modi ed goals, to maximize the time the rst robot looses all its energy Alternate de nitions are possible, such as the time the robot network becomes partitioned, or the portion of monitored area or reaction time by the team becomes unacceptable One possible load balancing strategy is to modify the cost function for any robot, to include the remaining energy.

specified a module name. lpszModule ); ):

Upon receiving an action request to serve an event, each robot B calculates d/E , where d is distance of robot B from the event, and E its current remaining energy (alternatively, energy after performing the task may be considered) One that meets real-time constraints and minimizes this ratio will take over the task..

To derive the sequence number of the last byte in a segment, you should add the length of the payload to the sequence number of the first byte (which is specified in the Sequence Number field of the TCP header) and subtract one The reason you need to subtract one is that the sequence numbers are ordinal numbers, whereas the length field is a cardinal number Now you wish you had paid attention in your elementary-school math classes, right Ordinal numbers identify an order, such as first, second, third Cardinal numbers identify "how many" You need to be careful if you mix and match these types of numbers Try this trick Hold up your hands in front of your face The finger on your far left is your first finger How many fingers do you have Hopefully, ten Add ten to one.

APPLYING THE SELECTIVE SOA METHODOLOGY To see the methodology in action, we will take a look at our two case studies. Upon examination of the Return Handling and Expense Approval case studies, it is apparent that a particular element of their respective enterprises has been selected for service orientation. As such, the only real application of the methodology is a reverse-look at these cases in an attempt to validate the decision to adopt SOA. We will start with the mail-order company s Return Handling case and then proceed to explore the training company s Expense Approval case.

In fact, according to several surveys, the wireless local areas network standard IEEE 802.11 has mostly been deployed without any concern with security.2 In this chapter, we will have a look at the technology regarding the security of wireless networks. Our treatment of the topic is technical, however, our approach is more systematic than generally found on this topic. We will avoid much of the common knowledge, usually found easily, about what constitutes vulnerability. Instead, we will use a holistic approach to understanding the security issue and a network-wide treatment. Following this, we will present a security requirement de nition along the lines of network architecture, taking the example of the Open System Interconnection reference model (OSI-RM). Following this discussion on security architecture plane will be a technical summary of some salient components of security systems available today. We will end the chapter with security measures available for WLANs and cellular networks.