6 Section of Microbial Pathogenesis, Yale University School of Medicine, Boyer Center 7 for Molecular Medicine, 295 Congress Av., New Haven, CT 06536 8 9 10 Running title: C. jejuni interaction with epithelial cells 11

Let M2 be the framed moduli space of SU(2) instantons with instanton number 2. By combining the results of Boyer and Mann and the results of Hattori, we determine the structure of H*(M2 ; Z2).

STL2/386: HONselect: A new assisted-search facility for health information and resources integrating heterogeneous databases C Boyer; V Baujard; T Nater; JR Scherrer; RD Appel Health On the Net Foundation, Geneva, Switzerland

It has been predicted that the Internet is likely to intensify price competition due to its impact in terms of efficiency, capability to create quick search mechanisms, and increase in suppliers, among others. For many traditional retailers the threat is that cutthroat pricing tactics on the Internet will erode their profit margins, for others, the Internet will eliminate their businesses as it...

We propose the use of explicit proof plans to guide the search for a proof in automatic theorem proving. By representing proof plans as the specifications of LCF-like tactics, [Gordon et al 79], and by recording these specifications in a sorted meta-logic, we are able to reason about the conjectures to be proved and the methods available to prove them. In this way we can build proof plans of wi...

In this paper, we address the problem of finding a simple and efficient functional form for describing synchronous sequential circuits in the Boyer-Moore logic. By simple, we mean that it must be both user-readable and easily obtained by translation from a Hardware Description Language like VHDL. By efficient, we mean that it must be well-adapted to the proof mechanisms of the tool, Nqthm. We p...

In this section we will introduce suffix trees, which, among many other things, can be used to solve the string matching task (find pattern P of length m in a text T of length n in O(n + m) time). We already know that other methods (Boyer-Moore, e.g.) solve this task in the same time. So why do we need suffix trees? The advantage of suffix trees over the other string-matching algorithms (Boyer-...

The Boyer-Moore algorithm uses two pre-computed tables for searching a string: skip, which utilizes the occurrence heuristic of symbols in a pattern, and shift, which utilizes the match heuristic of the pattern. Researchers have pointed out that the difficulty of understanding the computation of the shift table has hindered utilization of the algorithm in a wider range of applications. This pap...