Object recognition under little or no visibility

Little or No Higgs

Higgsless models offer the possibility of electroweak symmetry breaking without the introduction of any explicit additional Higgs fields in the action within the extra dimensional framework. The various symmetries are broken via the application of appropriately chosen boundary conditions(BC) on the 5D gauge field wavefunctions. The role of the Goldstone bosons is played by the additional scalar...

For Publisher’s use LITTLE OR NO HIGGS

Both Little Higgs and Higgsless Models provide new windows into the mysteries of electroweak symmetry breaking and lead to testable predictions at present and future colliders. Here we give a quick overview of three papers submitted to the ICHEP2004 meeting on these subjects. 1 Monte Carlo Analysis of the Warped 5D Higgsless Model Higgsless models offer the possibility of elec-troweak symmetry ...

Little or No Impact 3 Information Services for Mobile Users

Mobile computing is a new emerging computing paradigm posing many challenging data management problems. We identify these new challenges and investigate their technical signi cance. New research problems include management of location dependent data, information services to mobile users, frequent disconnections, wireless data broadcasting, and energy e cient data access.

Distal tubular necrosis with little or no oliguria.

Computing canonical heights with little (or no) factorization

Let E/Q be an elliptic curve with discriminant ∆, and let P ∈ E(Q). The standard method for computing the canonical height ĥ(P ) is as a sum of local heights ĥ(P ) = λ̂∞(P ) + ∑ p λ̂p(P ). There are well-known series for computing the archimedean height λ̂∞(P ), and the non-archimedean heights λ̂p(P ) are easily computed as soon as all prime factors of ∆ have been determined. However, for curves wi...