TOTAL CREW MODEL

Welcome to the Brand page for “TOTAL CREW MODEL”, which is offered here for In the heading, and in the statement, lines 6-11, class 009 is deleted, and class 042 is inserted. in the statement, column 1, lines 6-11, class 009 computer software featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time is deleted, and class 042 providing temporary use of a web-based software application featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time is inserted.;model;[computer software featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time] *providing temporary use of a web-based software application featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time*;.

Its status is currently believed to be active. Its class is unavailable. “TOTAL CREW MODEL” is believed to be currently owned by “ALION SCIENCE AND TECHNOLOGY CORPORATION”.


Owner:
ALION SCIENCE AND TECHNOLOGY CORPORATION
Owner Details
Description:
In the heading, and in the statement, lines 6-11, Class 009 is deleted, and Class 042 is inserted. In the statement, Column 1, lines 6-11, class 009 computer software featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time is deleted, and class 042 Providing temporary use of a web-based software application featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time is inserted.;MODEL;[computer software featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time] *Providing temporary use of a web-based software application featuring dynamic simulation architecture which captures fatigue degradation based on sleep/work schedules and circadian cycles at a macro-level over a course of time*;
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