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Stuart (1985) describes an implemented system which bears a superficial resemblance to Georgeff's algorithm. It takes a set of unsynchronized single agent plans and from them generates a synchronized multiagent plan. Like Georgeff's algorithm, Stuart's system also guarantees a synchronized solution if one exists. Also, the final plan is represented as a sequence of actions interspersed with CSP primitives to guarantee mutual exclusion of critical sections (Hoare, 1978).Actions are also represented using an extended STRIPS notation. There, however, the resemblance ends. The process of determining which interactions are possibly harmful and resolving conflicts is done not by searching the plans, but by representing the plan as a set of formulae of temporal logic, and attempting to derive a synchronized plan using a temporal logic theorem prover. The idea is that temporal logic is a language for describing sequences of states. As a plan is just a description of exactly such a sequence of states, temporal logic could be used to describe plans. , Suppose two plans, .rrl and ~ 1 were represented by temporal logic formulae ql and q2, respectively. Then if the conjunction of these two plans is satisfiable - if there is some sequence of events that is compatible with the conjunction of the formulae - then there is some way that the two plans could be concurrently executed. The temporal logic used was very similar to that used in the Concurrent MetateM language discussed in 3. The algorithm to generate a synchronized plan consists of three stages.

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that is, the rst resonant frequency is associated with the length of the PIL patch antenna being about one quarter-wavelength. The second resonant frequency f 2 also shows a decreasing trend when the angle of increases up to 35 . When is greater than 35 , f 2 is seen to increase with increasing angle . This characteristic makes the frequency ratio f 2 / f 1 of the two operating frequencies increase, and a wider frequency-ratio range (about 1.67 2.29) than that (about 1.66 1.94) obtained for the PIL patch antenna shown in Figure 2.13 is achieved. Typical measured radiation patterns at the two operating frequencies for the prototype with = 24 are plotted in Figure 2.22. The two operating frequencies are seen to have the same polarization planes, and good broadside radiation patterns are observed, although relatively larger cross-polarization for H-plane radiation is seen. Figure 2.23 shows the measured antenna gain for the lower and upper operating bands of a prototype with = 24 . The two operating bands are seen to have about the same antenna gain level of about 6.5 dBi.

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Downlink qual. -15" to -10"

Major radius (m) 0.3 1.75 6.2

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