Research Interests:
Architecture, Modeling & Simulations (AMS) in conjunction with decision support technologies are crucial to ensure successful execution on the CBM+ vision. Currently, stove-pipe CBM+ enabled platforms compete for inadequate network... more
Architecture, Modeling & Simulations (AMS) in conjunction with decision support technologies are crucial to ensure successful execution on the CBM+ vision. Currently, stove-pipe CBM+ enabled platforms compete for inadequate network resources creating risks for Global Combat Support System - Army (GCSS-A) network availability, creating the inability for CBM+ data to reach the Logistics Support Activity (LOGSA). The inability of server
Research Interests:
Architecture, Modeling & Simulations (AMS) in conjunction with decision support technologies are crucial to ensure successful execution on the CBM+ vision. Currently, stove-pipe CBM+ enabled platforms compete for inadequate network... more
Architecture, Modeling & Simulations (AMS) in conjunction with decision support technologies are crucial to ensure successful execution on the CBM+ vision. Currently, stove-pipe CBM+ enabled platforms compete for inadequate network resources creating risks for Global Combat Support System - Army (GCSS-A) network availability, creating the inability for CBM+ data to reach the Logistics Support Activity (LOGSA). The inability of server