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Extended school day, under IDEA, 151 152 Extended school year, under IDEA, 151 Family Educational Rights and Privacy Act of 1974 (FERPA), 38, 70 79, 273) Fay v. South Colonie Central School District, 72 Florence County School District Four v. Carter, 150 Flour Bluff Independent School District v. Katherine M., 148 Forrest v. Ambach, 301 302 Fraud, research, 282 Freedom of speech, student, 34, 260 Functional behavioral assessment, 142, 208, 251 Garcia by Garcia v. Miera, 247 Garland Independent School District v. Wilks, 151 152 Georgia State Conference of Branches of NAACP v. State of Georgia, 243 Gifted and talented students, 128, 262 Gonzaga University v. John Doe, 74 Goss v. Lopez, 33, 210, 248 249 Grade retention, 240 242 Greer v. Rome City School District, 146, 147 Guadelupe Organization, Inc. v. Tempe Elementary School District, 134 Hall v. Tawney, 247 Hall v. Vance County Board of Education, 150 Handicapped Children s Protection Act of 1986, 160 Handicapped, under Section 504, 272 273 Harlow v. Fitzgerald, 48 Harassment, pupil, 17, 39, 257 260 Hatch Amendment (See Protection of Pupil Privacy Act) Hayes v. Unified School District No. 377, 209 210 Health Insurance Portability and Accountability Act of 1996, 75 Health records, student, 74 75 Hearings (See due process hearings) Hensley v. Eckerhart, 160 H.L. Etc., Appelant v. Scott M. Matheson, 203 Hobson v. Hansen, 134, 242, 243 Hodgson v. Minnesota, 203

the tool is introduced. These intermezzos are independent of the rest of the chapter and merely illustrate the various elements of the tool being explained. We chose to keep these examples relatively simple and understandable rather than strive for completeness.

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the static nodes are randomly placed or the mobile nodes have uncontrolled and nonpredicted motion Finally, a random topology is obtained when the static nodes are placed without any plan and the mobile nodes move uncontrolled and with a nonpredicted motion The communication can be single-hop because mobile nodes can approach different static sensors to collect data However, multi-hop communication can be used in other cases, for example, when the number of static nodes is much higher than the number of mobile nodes Finally, it should be mentioned that the topology is dynamic due to the presence of mobile nodes Scalability As has been stated in the section about WSN with static nodes, scalability is a primary issue Mobile nodes can improve and make easier the scalability of the network, because those nodes can manage different regions containing a xed number of static nodes, allowing communications between them Fault tolerance.

An initial source or wavefront is treated as a point source or a collection of point sources of light, each of which emits a spherical wave known as a Huygens wavelet The surface of an imaginary envelope encompassing an.

The use of mobile nodes can increase the fault tolerance of a WSN, because a mobile node can be used to replace a non-working node or to calibrate the different sensors of the static node Localization This is an important issue due to the use of mobile nodes Furthermore, the mobile nodes can be used to localize the static nodes with random or quasi-random topologies Data traf c characteristics In WSNMN, the mobile nodes can be used as sinks that send the information to a central station Usually, the traf c between static and mobile nodes is low, whereas the traf c among mobile nodes and the central station is high Finally, the mobile nodes can also process the information gathered from the static nodes in order to reduce the data traf c Networking infrastructure WSNMN does not need any networking infrastructure.

However, it could be of interest to connect the WSNMNs (or at least some mobile nodes) to other networks, such as the Internet Mobility WSNMN considers a range of con gurations, from WSN composed only by mobile nodes to WSN composed mainly by static nodes and only a few mobile nodes Node heterogenity Nodes can be static or mobile Within these two groups, nodes can be heterogenous in terms of sensing capabilities, batteries, locomotion system, etc Power consumption Mobile nodes can reduce the power consumption due to multi-hop data forwarding Furthermore, it is possible to have places where mobile nodes can recharge their batteries when a low energy level is detected In any case, power consumption is also a primary issue in WSNMN Real-time When a mobile node has to move sequentially to approach different static nodes in distant locations, an important disadvantage is the delay required.

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