Abstract: Described herein are methods for coordinating movement of a group of people, comprising: receiving numerical coordinates for each count of a drill for each person in a group of people, wherein the numerical coordinates indicate a location on a field for each person; receiving a starting count for each of the one or more sets and a number of counts in each of the one or more sets for each person; combining the numerical coordinates with the start count and the number of counts for each of the one or more sets; deriving human readable coordinates for each count of the drill for each person, wherein the human readable coordinates indicate the location on the field for each person; and transmitting the human readable coordinates to one or more receiving devices each associated with one person in the group of people.

Abstract: Described herein are methods for coordinating movement of a group of people, comprising: receiving numerical coordinates for each count of a drill for each person in a group of people, wherein the numerical coordinates indicate a location on a field for each person; receiving a starting count for each of the one or more sets and a number of counts in each of the one or more sets for each person; combining the numerical coordinates with the start count and the number of counts for each of the one or more sets; deriving human readable coordinates for each count of the drill for each person, wherein the human readable coordinates indicate the location on the field for each person; and transmitting the human readable coordinates to one or more receiving devices each associated with one person in the group of people.

Abstract: Described herein are methods for coordinating movement of a group of people, comprising: receiving numerical coordinates for each count of a drill for each person in a group of people, wherein the numerical coordinates indicate a location on a field for each person; receiving a starting count for each of the one or more sets and a number of counts in each of the one or more sets for each person; combining the numerical coordinates with the start count and the number of counts for each of the one or more sets; deriving human readable coordinates for each count of the drill for each person, wherein the human readable coordinates indicate the location on the field for each person; and transmitting the human readable coordinates to one or more receiving devices each associated with one person in the group of people.

Abstract: Described herein are methods for coordinating movement of a group of people, comprising: receiving numerical coordinates for each count of a drill for each person in a group of people, wherein the numerical coordinates indicate a location on a field for each person; receiving a starting count for each of the one or more sets and a number of counts in each of the one or more sets for each person; combining the numerical coordinates with the start count and the number of counts for each of the one or more sets; deriving human readable coordinates for each count of the drill for each person, wherein the human readable coordinates indicate the location on the field for each person; and transmitting the human readable coordinates to one or more receiving devices each associated with one person in the group of people.

Abstract: The present invention discloses a method of dynamically updating configuration files in a customer premises telecommunications hub. The hub includes a configuration file update module. During initialization, every system module which uses parameters in the configuration file registers with the update module. While the hub is operating, a new configuration file is sent to the IP address of the hub and written into flash memory by the update module. The update module calls a check function in the registered modules which check to see if the new parameters can be changed dynamically. If they can, the update module calls an update function in all registered modules which then change their parameters to those set by the new configuration file. If any module needs a parameter change which cannot be made dynamically, the update module calls for a system reset or reboot.

Abstract: The present invention discloses a method of automatically downloading and testing binary code for a customer premises telecommunications hub. When a new binary file is received by the hub, it is loaded into flash memory, but is not locked or designated as the currently active binary file. A trial run message is then written into SDRAM identifying the new file. The system if rebooted and starts up with the new file. A verification process is run to determine if the new file functions properly. If it does, the trial run message is deleted and the new file is locked into flash memory as the current binary. If the trial fails, the trial run message is deleted and the system is rebooted with the previous binary file.