Appeal 2007-1600 Application 09/753,062 teaches that a winning agent is “selected on a priority level assigned to each of the requesting agents,” but insist that Kermani does not meet the limitation of “organizing at least some of the processors into a hierarchy” because “[a] priority may be assigned within a hierarchical structure, however, the use of a hierarchical structure does not necessitate the assignment of a priority to any element within the hierarchical structure” (Br. 4). We disagree with Appellants. The question is not whether the use of a hierarchical structure necessitates the assignment of priority, but rather whether Kermani’s disclosed organization of processors as prioritized, one above another, meets the claimed “hierarchy.” The answer to the question turns on the meaning of “hierarchy.” We note at the outset that the term is not defined in the Specification. In response to the Office Action mailed April 21, 2004, Appellants submitted a definition of “hierarchy,” from a text on Java programming, as “an organizational technique in which items are layered or grouped to reduce complexity.”4 Appellants’ Brief includes graphical exhibits of the priority ranking of Kermani and the hierarchy ranking of the instant invention (Br. 5, Figs. 1 and 2). Kermani teaches a straight-line arrangement of, e.g., seven elements, #1 being above #2, which is above #3, etc. down to #7 (see FF 7), whereas the depiction of the inventive hierarchy is in the form of a binary tree, with one element at the topmost layer, two elements at the next layer, and so on, with two elements branching from each one above. Appellants 4 John Lewis and William Loftus, Java Software Solutions: Foundations of Program Design 669 (3rd ed. 2003); definition submitted with response to non-final Office action, filed July 22, 2004. 6Page: Previous 1 2 3 4 5 6 7 8 9 10 Next
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