ISSUE NEW CERTIFICATE FRONTIER

Brand Owner (click to sort) Address Description
MICRO AGE Frontier Technology 8160 S. Hardy Drive #110 Tempe AZ 85284 Issue New Certificate to: Frontier Technology, LLC (Arizona Limited Liability Company) 8160 South Hardy Drive #110 Tempe, Arizona 85284;IN THE STATEMENT, COLUMN 1, BEFORE LINE 1, MICROAGE COMPUTER STORES, INC. (ARIZONA CORPORATION), 1425 W. 12TH PLACE, TEMPE, ARIZ. 85281, ASSIGNEE OF SHOULD BEINSERTED.;RETAIL STORE AND DISTRIBUTORSHIP SERVICE IN THE FIELD OF SMALL COMPUTER SYSTEMS AND ACCESSORIES;
MICRO AGE MLT Technology Services 5660 N. Saguaro Rd. PARADISE VALLEY AZ 85253 Issue New Certificate to: Frontier Technology, LLC (Arizona Limited Liability Company) 8160 South Hardy Drive #110 Tempe, Arizona 85284;IN THE STATEMENT, COLUMN 1, BEFORE LINE 1, MICROAGE COMPUTER STORES, INC. (ARIZONA CORPORATION), 1425 W. 12TH PLACE, TEMPE, ARIZ. 85281, ASSIGNEE OF SHOULD BEINSERTED.;RETAIL STORE AND DISTRIBUTORSHIP SERVICE IN THE FIELD OF SMALL COMPUTER SYSTEMS AND ACCESSORIES;
MICRO AGE JEFFREY D. MCKEEVER 5660 N. SAGUARO ROAD PARADISE VALLEY AZ 85253 Issue New Certificate to: Frontier Technology, LLC (Arizona Limited Liability Company) 8160 South Hardy Drive #110 Tempe, Arizona 85284;IN THE STATEMENT, COLUMN 1, BEFORE LINE 1, MICROAGE COMPUTER STORES, INC. (ARIZONA CORPORATION), 1425 W. 12TH PLACE, TEMPE, ARIZ. 85281, ASSIGNEE OF SHOULD BEINSERTED.;RETAIL STORE AND DISTRIBUTORSHIP SERVICE IN THE FIELD OF SMALL COMPUTER SYSTEMS AND ACCESSORIES;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An approach for cut-point frontier selection and/or counter-example generation. Both a lazy and an eager cut-point frontier are identified. A reconvergence (or non-reconvergence) ratio is then computed for each of the frontiers and the one with the smaller (larger) reconvergence (non-reconvergence) ratio is selected as the next cut-point frontier. For another aspect, to generate a counter-example, in response to identifying a difference in output signals for a given cut-point frontier, values of eigenvariables and reconverging primary inputs are used to compute the corresponding values of the non-reconverging primary inputs. These corresponding values are then computed to be compatible with the internal signal values implied by the cut-point frontier selections that were made to expose the difference in the outputs.