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Camera Control in DCN Next Generation

Camera Control in DCN Next Generation. Camera Control in DCN. Introduction Benefits & features Product overview System preparation. Main User group. Delegates Who has the floor. Main User group. Interpreters Visual feedback. Main User group. Journalists Press room

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Camera Control in DCN Next Generation

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  1. Camera Control in DCN Next Generation DCNNG CC Functional

  2. Camera Control in DCN • Introduction • Benefits & features • Product overview • System preparation DCNNG CC Functional

  3. Main User group • Delegates • Who has the floor DCNNG CC Functional

  4. Main User group • Interpreters • Visual feedback DCNNG CC Functional

  5. Main User group • Journalists • Press room • Video recordings can be used for television news reports. DCNNG CC Functional

  6. Main User group • Non participating observers • Hotel room DCNNG CC Functional

  7. Main User group • Non participatingobservers • Meeting rooms and offices DCNNG CC Functional

  8. Main User group • Public • Reception, lobby or hall DCNNG CC Functional

  9. Camera Control in DCN • Benefits & features DCNNG CC Functional

  10. Who’s has the floor ? • Image of the speaker enlarged on a screen in- and outside the room • Automatic camera control software DCNNG CC Functional

  11. Who’s has the floor ? • Name of the person speaking will be displayed • screen line will be added • Cost effective stand alone camera control • specific software module, no PC required • No camera operator required • automatic camera control and switching DCNNG CC Functional

  12. Camera Control in DCN • Product overview DCNNG CC Functional

  13. Required system components • DCN system, PC control or stand-alone • Allegiant switcher • Video Switcher keyboard • Camera control software • LBB 4188 or LBB 4162 • Fixed and /or AutoDome cameras • Monitors for Operator • Display facility for audience. DCNNG CC Functional

  14. Concentus DCN Next Generation System • DCN Next Generation system, PC controlled or stand-alone • Conference units • Flush mounted units • Software / Firmware V2.0 or higher DCNNG CC Functional

  15. Allegiant Video Switcher • Up to 8 camera inputs • Up to 2 video outputs • Up to 2 keyboard connections • Control of Auto Dome cameras • Other types of switchers available. • LTC 8100 DCNNG CC Functional

  16. Allegiant keyboard • Variable speed joystick control • Pan Tilt zoom control DCNNG CC Functional

  17. DCN Next Generation Start-Up DCNNG CC Functional

  18. Software • Alligiant preparation and operation menus in different languages. • Stand alone LBB 4162/00 • PC controlled LBB 4188/00 DCNNG CC Functional

  19. Fixed or overview camera • Digital color camera • Auto white balance + back-light comp. • Supplied without lens and power supply • LTC 0450 series • Vari-Focal Lenses • LTC 336x series DCNNG CC Functional

  20. Auto Dome Camera • Integral color camera pan/tilt/zoom • High speed 360 degrees • 99 pre positions • For bi-phase remote control • For Pal B and NTSC standards • Back boxes and Dome modules • LTC 0829 DCNNG CC Functional

  21. Monitor for Operator • High resolution Color Monitor • PAL / NTSC auto select version • 44 cm /17 inch screen size • 550 TV lines Horizontal resolution • LTC 2917/90 DCNNG CC Functional

  22. Video projector facility for audience • Light intensity • Remote control • Screendiameter approx. 3.5 meter DCNNG CC Functional

  23. Camera Control in DCN • System preparation DCNNG CC Functional

  24. System Preparation • Step 1 : How to Capture an image? • Step 2 : How to configure a system? • Step 3 : What are the display possibilities? • Camera connection examples DCNNG CC Functional

  25. System PreparationDesign Step 1 • How to capture an image? • Use a fixed camera with a “Vari-focal” lens or an Auto Dome camera • Capture an overview image • Calculate the field of view using the Field View Calculator DCNNG CC Functional

  26. Capture an overview image • Why • No camera movement • Image of the participants • Surveillance • Solutions: • Fixed camera • When using 1 Dome camera only, use the last Pre-Position for Overview DCNNG CC Functional

  27. Calculate the field of view • Measure the max. width “W” of the field of view • Measure the distance “D” between camera and the object to be viewed Camera 2 Camera 1 DCNNG CC Functional

  28. Example of using the Field of View Calculator • Use a Fix camera with 1/3” CCD sensor type • The distance to the scene = 20 meters • The width of the scene = 14 meters DCNNG CC Functional

  29. Example of using the Field of View Calculator • First step: • Find Imager (CCD sensor) format (1/3”) DCNNG CC Functional

  30. Example of using the Field of View Calculator • Second step Align image device mark (1/3”) with object distance (20 m) scale. lock the Field View Calculator to keep this setting fixed. DCNNG CC Functional

  31. Example of using the Field of View Calculator • Third step Position the transparent slider on the horizontal width (H) of the object (14 m) and read the focal length (F) of the lens. In this case you need a lens of (6,5 mm) DCNNG CC Functional

  32. System Preparation Design Steps 2 • How to configure a camera control system? • DCN stand alone (temporary PC needed) • DCN with PC control • using the camera control software • using the camera control keyboard • modes of camera control system DCNNG CC Functional

  33. Configuring a stand alone system (Temporary installation PC needed !) DCNNG CC Functional

  34. Configuring a stand alone system (Temporary installation PC needed !) • In stand-alone systems, a temporary PC connection to the CCU and Allegiant video switcher is needed during camera installation. The numbers assigned to the contribution units during DCN system initialization are coupled to camera positions. After configuration is complete, the PC is disconnected from the system, and a direct connection from the CCU to the Allegiant video switcher is made. Operational camera control by the CCU is enabled during installation. • To disable operational camera control, it is necessary to re-connect the installation PC and open the Camera Installation file. • For camera installation with stand- alone Camera Control software LBB 4162 a temporary PC connection is required. DCNNG CC Functional

  35. Configuring a stand alone system (Temporary installation PC removed !) DCNNG CC Functional

  36. Configuring a system with PC DCNNG CC Functional

  37. Camera control Software DCNNG CC Functional

  38. Camera control Software DCNNG CC Functional

  39. Camera control Software DCNNG CC Functional

  40. Using keyboard Monitor Camera Focus Iris Enter DCNNG CC Functional

  41. Camera with Override mode 1 microphone active • Camera override • The ‘Camera override’ option allows you to determine whether a newly-switched on microphone automatically activates the camera covering its position, or whether the camera is only activated when the current micro-phone is switched off. • Camera movement time • To hide camera movement (as a preposition camera moves from one position to the next), the overview camera can be activated and displayed during the movement. This option enables the period for which the camera movement is hidden. • NOTE: This function can only be activated if the overview camera is a fixed camera. DCNNG CC Functional

  42. Mic 1 Camera with Override mode 1 Mic active DCNNG CC Functional

  43. Mic 2 Camera with Override mode 1 Mic active DCNNG CC Functional

  44. Mic 3 Camera with Override mode 1 Mic active DCNNG CC Functional

  45. Mic 4 Camera with Override mode 1 Mic active DCNNG CC Functional

  46. Mic 1 Camera without Override and 2 Mics active DCNNG CC Functional

  47. Mic 1 Mic 2 Camera without Override and 2 Mics active DCNNG CC Functional

  48. Mic 1 Mic 3 Camera without Override and 2 Mics active DCNNG CC Functional

  49. Mic 3 Camera without Override and 2 Mics active DCNNG CC Functional

  50. Mic 3 Mic 4 Camera without Override and 2 Mics active DCNNG CC Functional

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