With the theoretical framework of metasynthetic engineering, i.e. the hall for workshop of metasynthetic engineering, this paper is devoted to study the implementation of the hall for workshop of metasynthetic engineering based on WWW. With understanding the core of ME, an attributed directed graph model of HWME is established to solve the problem of OCGS after analyzing the structure analogy between WWW and I-1WME. Building on this, an algorithm for understanding and inferring the HWME is developed. And, we further understand the unique methodology of metasynthesis for OCGS. In a word, this paper breaks a new path for modeling and understanding OCGS and HWME. More details are explained in the following. 1) Tremendous information resources in internet are exploited fully in HWME. Internet is not only an information resource but also a carrier of collective intelligence of the thousands of millions of web users, so it can be regarded as a special expert orienting on some certain topic in HWME, i.e. the counterpart of the human expert. Moreover, the especial expert-internet and the group of experts constitute the generalized group of experts in HWME. In addition, intranet provides the room for interactions among the generalized experts. 2) The process of effective interactions among the generalized experts leads to the network structure of inter-responded environment of HWME. Comparing the network of HWME to that of WWW, the discourse of one expert each time is similar to a Web page, and the inter-response in the content of discourse is similar to a hyper-linkage in the content of web page, moreover, the growth of HWME and WWW are driven by the inter-response or hyper-linkage resulted from human's behavior, so there is an structure analogy between them. 3) Inspired by the pattern description as attributed graph in pattern recognition, the network structure of HWME is characterized by an attributed directed graph based on the structure analogy between HWME and WWW. In one graph, each vertex represents each the generalized expert with basic attributes, discourse attributes and social attributes, and edge represents kinds of relationships among the experts. This graph is applied to study the interaction environment and the dynamic implement of expert's attributes. In the other graph, each vertex with discourse attributes represents a discourse of one expert each time, and each directed edge with relation attributes describes the response embedded in the discourse content. The attributes in the graph have embodied the experience and intelligence of experts and millions of thousands of web users. And the global organization (or network) of I-IWME Meta-synthesizes the rational and non-rational knowledge of all participants, which evolves over the interactions among the generalized experts. 4) The concept of the tools understanding and inferring WWW is applied to understand HWME, and a set of algori
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