Telemetrics continues to improve its control systems with new artificial intelligence and facial recognition algorithms with its latest RCCP-2A Robotics and Camera Control Panel.


Telemetrics: reFrame has been re-framed for the RCCP-2A-STS control panel

When Telemetrics introduced its reFrame Automatic Shot Correction technology as a key feature of its RCCP series camera control panel in 2017, the ability to lock cameras onto the talent and automatically trim the shot, without the operator ever having to touch the controls, was a big step forward for robotic camera control. It meant users could focus on other aspects of the production while leveraging AI to help ensure studio operations are more consistent, creative and cost-effective.

With its latest RCCP-2A Robotics and Camera Control Panel, Telemetrics has continued to improve its control systems with new artificial intelligence and facial recognition algorithms that allow the RCCP to track several people with multiple cameras simultaneously.

“We’re layering object-tracking on top of our facial tracking, so reFrame becomes more robust,” said Michael Cuomo, vice president of Telemetrics. “When a person turns around, we can still track them because the system intuitively knows that that face and body was there before. Other systems can’t do this.”

New rules for how the system behaves have also been added, enabling the operator to determine when they want reFrame to track an object or person and when they don’t. The new improvements have also facilitated better pan/tilt/zoom and focus capabilities.

Telemetrics offers reFrame on its RCCP-2A control panel with either the optional Studio (STS) or Legislative (LGS) software packages. The technology ensures that on-screen talent remains in frame despite their moving about or slouching in their seat. With its AI and facial recognition algorithms the software can run a production in a fully automated mode without operator intervention. Also, the functionality of the control panel’s top row of eight TeleKeys is dynamic, adapting to the operator’s commands as they define predetermined actions to run a production in fully automated mode – with the control panel automatically switching and adjusting cameras as required.

The STS bundle, predominantly used in TV production studios, includes a Studio View feature that enables users to work with a 3D display of their studio environment and quickly see the location of Telemetrics robotics and set pieces within that space. A 3D model of the user’s studio can be imported into the panel to be processed and integrated with the software, providing complete positional awareness of all studio robotics in order to make the operator’s job easier and safer.

The STS control panel also features a selectable Robotics Status display to show all major robotics parameters – such as pan/tilt angles, elevation height, rotational status, lens information – for any selected camera, at a glance. Quick access to custom overlays, stored presets and built-in intelligence for all robotic cameras within a system allow the user to select the best camera angles and add graphics with one button press. The system also includes the ability to internally store snapshot thumbnails for easy shot identification, as well as a live video preview output.

The LGS software bundle is used by dozens of governmental agencies around the world to cover proceedings. An operator with limited production skills can pick any subject within a large chamber they want to feature on camera and store their facial profile into the system. The operator then pushes an icon for that person on the control panel’s touchscreen interface and the system automatically moves the corresponding camera to that person, focuses and trims the shot, and inserts the required title graphic. The LGS software also includes the Robotics Status display.