为了促进学术交流,SimulWay推出“基于Agent仿真前沿学术论文翻译系列”,同时方便大家获取仿真币途径。 ) h. B2 j3 I' g7 W. L
Simulating the Emergence of Task Rotation ; L N {' R8 I- [
Journal of Artificial Societies and Social Simulation vol. 9, no. 1
8 V! q2 k7 n3 K- Fhttp://jasss.soc.surrey.ac.uk/9/1/5.html;
8 L' h% j; r3 a5 z: k8 U! q) Cpart03-1 共约160字# n: K9 g8 X, X% u+ C; ~
翻译标准:只读中文,通顺、流畅、无歧义!(翻译好后,自己先把中文读一遍)
2 M& m- D t1 u翻译参考:work groups(工作组), task rotation(工作轮换),multi agent simulation(多Agent仿真),emerge(涌现),task performance(任务绩效)。
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3 b, @6 U0 `4 z( M6 a2 @! qThe model 2 m, z9 r* A1 U
2.5 Figure 1a and 1b describe the different components of our model: 8 n1 Z" \7 O: c2 ~# [+ b9 N, f% |% j
The model is a simple input-process-output model (see Figure 1a). The input is a task. As we stated above, a task consists of a number of actions and a number of cycles. Some organisations offer a higher degree of freedom in the self-organising allocation process than others. For instance, in some organisations the agents are allowed to rotate tasks whenever they want, in others only once a day, or not at all. In the model this is represented as rotation frequency, i.e. the number of possible rotations of one task. The output of the system is the task that has been performed. The performance of the system, which is one of the dependent variables, indicates how well the agents have performed the task. The performance is based on expertise and motivation, the other two dependent variables, and the way in which the task has been allocated. It is expressed as the total time that the system needs to perform the task. $ l% p% }+ l* \ |* b5 T+ n2 F
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具体翻译所要达到的标准见:http://www.simulway.com/bbs/thread-10144-1-1.html |