Abstract: Conventionally, robots are typically either programmed to complete tasks using a programming language (either text or graphical), shown what to do for repetitive tasks, or operated remotely by a user. The present technology replaces or augments conventional robot programming and control by enabling a user to define a hardware-agnostic brain that uses Artificial Intelligence (AI) systems, machine vision systems, and neural networks to control a robot based on sensory input acquired by the robot's sensors. The interface for defining the brain allows the user to create behaviors from combinations of sensor stimuli and robot actions, or responses, and to group these behaviors to form brains. An Application Program Interface (API) underneath the interface translates the behaviors' inputs and outputs into API calls and commands specific to particular robots. This allows the user to port brains among different types of robot to robot without knowing specifics of the robot commands.

Abstract: A wireless communication device communicates with an audio conferencing system via a wireless communication channel to initiate an audio conference hosted by the audio conferencing system. The wireless communication device includes a memory device that contains a contact list identifying a plurality of potential audio conference participants and their telephone numbers. A processor executes a wireless conferencing application and interfaces with the memory device to access the contact list, and transmits the contact list to a display for display to a user. An input device allows the user to select conference participants from the displayed contact list, and provide a selection signal to the processor indicative of the selected ones of the potential audio conference participants. The processor receives the selection signal and forms a conference list that identifies the selected ones of the potential audio conference participants and their telephone numbers.