THER System Architecture Overview. October 18, 2011

Transcription

1 THER System Architecture Overview October 18, 2011

2 THER System Overview THER Constellation Air Transport AIM FAP APE APE ANM APE APE APE Antenna SDU (3 rd party) (3 rd party) WAP APE FAP Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 2

3 THER System Overview THER Constellation - BizJet AIM APE FAP ANM WAP ANM Antenna (3 rd party) SDU (3 rd party) APE ANM Cabin Equipment (Lights, shades, etc) ACM FAP Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 3

4 Aircraft Interface Module (AIM) INTERFACES Power 28VDC 429 Input x3 429 Output x1 Ethernet x1 Keylines x3 (PA/WOW/Decompress) VGA x1 (optional) Comp Video x1 (optional) AIM HARDWARE MODULES I/O Digital Keyline (28V/Open) 429 Module Xilinx Processor (Optional for standalone map) Processor Module - Android FUNCTIONS KeyLines PA/WOW/Decompress CMS Receive Aircraft Position, Speed, etc. A/C position, speed etc UDP Transmission Passenger Services interface to Aircraft Standalone map generation SOFTWARE PROCESSES 429 to UDP / UDP to 429 Keyline to UDP Map app on Android Processor Module Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 4

5 Aircraft Control Module (ACM) INTERFACES Power 28VDC (or 115VAC) Digital Inputs x8 (0V/HiZ) Digital Output x16 in SPST relays (2A contacts) Analog Output x4 (0V to 5-20V) Analog Input x2 (0-20V) (Optional) PWM output control ACM HARDWARE MODULES Digital output Relays Analog output Digital input Analog Input RS485 Interface Ethernet Module Processor/Controller (PSoC) FUNCTIONS Cabin Controls Analog, Digital, Etc Bridge to Legacy 485 Controls Expose controls on UDP network SOFTWARE PROCESSES UDP Processor Output Control Processes Input Detect Processes RS485 Control Processes Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 5

6 Aircraft Power Entertainment (APE) APE INTERFACES Power 115VAC (or 28VDC) Client Interfaces x9 (Ethernet & Pwr) Ethernet Interconnect x2 Discrete keylines (PA/Decompress/WOW) HARDWARE MODULES I/O Digital Keyline (28V/Open) Server Storage Switch Fabric Processor Module - Linux FUNCTIONS Power Distribution Media Storage Network Connectivity System State (via SysAdmin on one in network) Credit card data storage SOFTWARE PROCESSES Linux Port for SysAdmin, SysMon, Relayer Media Servers USB Connection Process Relayer (one in a system) SysAdmin Proc (one in a system) Credit Card Encrypt & Store Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 6

7 In Arm Passenger Control Unit (PCU) PCU INTERFACES USB to APE USB x2 for Client Device Connection CapSense Buttons Headphone Jack Credit Card MagStripe Reader HARDWARE MODULES USB Power USB Connectivity CapSense Audio Playback FUNCTIONS USB Power CapSense Controls Audio Playback Credit Card Capture SOFTWARE PROCESSES USB Connection Process CapSense Button Controls & Status Audio Decode & Playback Credit Card Read Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 7

8 Aircraft Embedded Display () INTERFACES Ethernet + Pwr Combined to APE Touchscreen CapSense Buttons (Optional) Headphone Jack Credit Card Reader USB for Passenger Device Connection FUNCTIONS PA, VA Response Cabin Controls (Attendant Call, reading light) Menu Navigation Media Playback, Games Internet, , Apps Moving Map Display Credit Card Capture HARDWARE MODULES Touchscreen CapSense Buttons (Optional) Xilinx Isolator Micrel Ethernet Processor Module Android LCD for Display SOFTWARE PROCESSES UDP Transceiver CapSense Process TouchScreen Process Xilinx UDP Handler Android Port for Media Module Menu Context Manager USB Connection Processes Map App Audio Decode & Playback Credit Card Read Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 8

9 Aircraft Node Module (ANM) ANM INTERFACES Ethernet + Pwr Combined to APE VGA output DVI output (Optional) HDMI output HARDWARE MODULES Xilinx Isolator Micrel Ethernet Processor Module Android Video Driver (Optional) HDMI Video Control FUNCTIONS PA, VA Response Media Playback, Games Internet, , Apps Moving Map Display SOFTWARE PROCESSES UDP Transceiver Xilinx UDP Handler Android Port for Processor Module Menu Context Manager Map App Audio Decode & Playback Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 9

10 Flight Attendant Panel (FAP) FAP INTERFACES Ethernet + Pwr Combined to APE Touchscreen CapSense Buttons (Optional) USB for Data Loading SD Card Socket for Data Loading FUNCTIONS System Monitoring & Health/Status PA/VA Origination Display/Response to Attendant Call Menu Navigation Data Load / Data Update Configuration Check Access Control (restrict content) Manage & Monitor Passenger Purchases HARDWARE MODULES Touchscreen CapSense Buttons (Optional) Xilinx Isolator Micrel Ethernet Processor Module Linux LCD for Display SOFTWARE PROCESSES UDP Transceiver CapSense Process TouchScreen Process Xilinx UDP Handler Linux Port for Processor Module SysMon for System Monitor & Control Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 10

11 Wireless Access Point (WAP) WAP INTERFACES Cat-5 Ethernet Radio Interface Wireless Transceiver HARDWARE MODULES WAP FUNCTIONS Client Device Wireless Access to System Bridge from Wired to Wireless Distribution SOFTWARE PROCESSES Transceiver Management Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 11

12 PCBAs Processor Module PCBA i.mx53 module High Complexity Goes in: ANM APE AIM CapSense I/O PCBA PSoC, CapSense pads, audio playback Med-Low Complexity Goes in: FAP PCU Isolation Driver PCBA Xilinx, Micrel, CapSense, Video Drive, etc. Medium Complexity Goes in: ANM FAP Network Distribution PCBA Ethernet Switch or USB Hub Stack Med-Low Complexity Goes in: APE Cabin Control PCBA Processor + significant digital & analog I/O Med-Low Complexity Goes in: ACM Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 12

13 System Software Functional Elements Relayer Message in message out relay One-to-one or one-to-many Lives on one of the APEs SysAdmin Keeper of system state Keeper of parameters in system state Attendant Call, Reading Light, etc. Keeper of Seat Location to H/W ID map Lives on one of the APEs SysMon Keeper of system LOPA Displayer of system & element state Interacts with SysAdmin Executes Configuration management functions Config Check Health Status Fault Status Lives on one of the APEs Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 13

14 CONOPS Concepts of Operations PA Enter (via FAP) PA ReEnter PA Enter (via keyline) PA Exit via FAP, entered via Keyline PA Exit via FAP, entered via FAP User Navigates Up Operation User Navigates Up PA User Selects Movie to Play (Authorized) User Selects Movie to Play (Not Authorized) User Selects Moving Map Attendant Call Attendant Call Clear by Flight Attendant Attendant Call Clear by Passenger Passenger Reading Light On Passenger Reading Light Off Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 14

15 CONOPS Operational Concept: PA Enter (via FAP) System in Operation Flight attendant presses PA button on FAP FAP sends PA Button message to relayer Relayer forwards PA Button to SysAdmin SysAdmin sets systems state to PA SysAdmin sends PA On message to relayer Relayer sends PA On message to every client in the network list All s transition to PA screen and silence audio All FAPs indicate PA on Operational Concept: PA ReEnter System in PA Flight attendant presses PA button on FAP FAP sends PA Button message to relayer Relayer forwards PA Button to SysAdmin SysAdmin silently discards message system already in PA Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 15

16 CONOPS Operational Concept: PA Enter (via keyline) System in Operation PA keyline goes active on AIM and all APEs AIM sends PA Keyline On message to relayer Relayer forwards PA Keyline On message to SysAdmin SysAdmin sets systems state to PA SysAdmin sets system parameter for Keyline Activated SysAdmin sends PA On message to relayer Relayer sends PA On message to every client in the network list All s transition to PA screen and silence audio All FAPs indicate PA on APEs send PA Keyline On message to relayer Relayer forwards PA Keyline On message to SysAdmin SysAdmin silently discards message system already in PA Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 16

17 CONOPS Operational Concept: PA Exit via FAP, entered via Keyline System in PA, Keyline Activated parameter is set Flight attendant presses PA Cancel button on FAP FAP sends PA Button message to relayer Relayer forwards PA Button to SysAdmin SysAdmin silently discards message Keyline Activated parameter is set Operational Concept: PA Exit via FAP, entered via FAP System in PA, Keyline Activated parameter is not set Flight attendant presses PA Cancel button on FAP FAP sends PA Button message to relayer Relayer forwards PA Button to SysAdmin SysAdmin sets systems state to Operation SysAdmin sends PA Off message to relayer Relayer sends PA Off message to every client in the network list All s transition to media All FAPs indicate PA off Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 17

18 CONOPS Operational Concept: User Navigates Up System in Operation User presses UP button sends UP message to relayer Relayer forwards UP xx message to SysAdmin SysAdmin echos UP xx message back to relayer Relayer forwards UP message to Processor Module Processor Module navigates up Operational Concept: User Navigates Up System in PA User presses UP button sends UP message to relayer Relayer forwards UP xx message to SysAdmin SysAdmin silently discards UP message system is in PA Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 18

19 CONOPS Operational Concept: User Selects Movie to Play (Authorized) System in Operation User presses SELECT button with a movie selected in GUI sends SELECT message to relayer Relayer forwards SELECT xx message to SysAdmin SysAdmin echos SELECT xx message back to relayer Relayer forwards SELECT message to Processor Module Processor Module sends PLAY MOVIE1 message to relayer Relayer forwards PLAY MOVIE1 xx message to SysAdmin SysAdmin checks: xx authorized for MOVIE1? (YES) SysAdmin forwards PLAY MOVIE1 xx to Relayer Relayer forwards PLAY MOVIE1 back to Processor Module Processor Module launches media player and points to MOVIE1 location on APE network media storage Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 19

20 CONOPS Operational Concept: User Selects Movie to Play (Not Authorized) System in Operation User presses SELECT button with a movie selected in GUI sends SELECT message to relayer Relayer forwards SELECT xx message to SysAdmin SysAdmin echos SELECT xx message back to relayer Relayer forwards SELECT message to Processor Module Processor Module sends PLAY MOVIE1 message to relayer Relayer forwards PLAY MOVIE1 xx message to SysAdmin SysAdmin checks: xx authorized for MOVIE1? (NO) SysAdmin forwards PLAY DENIED xx message to Relayer Relayer forwards PLAY DENIED message to Processor Module Processor Module displays PLAY DENIED message in GUI Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 20

21 CONOPS Operational Concept: User Selects Moving Map System in Operation User presses SELECT button with a map view selected in GUI sends SELECT message to relayer Relayer forwards SELECT xx message to SysAdmin SysAdmin echos SELECT xx message back to relayer Relayer forwards SELECT message to Processor Module Processor Module: current aircraft location known? YES: Processor Module launches MAP APP NO: Processor Module shows MAP error message Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 21

22 CONOPS Operational Concept: Attendant Call System in Operation User presses ATTENDANT CALL button sends ATTCALL message to relayer Relayer forwards ATTCALL xx message to SysAdmin SysAdmin registers parameter ATTENDANT CALLED for xx in local state SysAdmin sends ATTCALL xx message to relayer Relayer forwards ATTCALL xx message to all FAPs in network list FAPs annunciate for Attendant Call Relayer forwards ATTCALL xx message to AIM AIM translates to PSS/CIDS message and transmits attendant call message to aircraft systems (ARINC-429) Relayer forwards ATTCALL message to xx xx sets indication of Attendant Call Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 22

23 CONOPS Operational Concept: Attendant Call Clear by Flight Attendant System in Operation Flight Attendant presses button on FAP to acknowledge/cancel attendant call for seat xx FAP sends ATTCANCEL xx message to relayer Relayer forwards ATTCANCEL xx message to SysAdmin SysAdmin clears parameter ATTENDANT CALLED for xx in local state SysAdmin sends ATTCANCEL xx message to relayer Relayer forwards ATTCANCEL xx message to all FAPs in network list FAPs clear indication for Attendant Call for xx Relayer forwards ATTCANCEL xx message to AIM AIM translates to PSS/CIDS message and transmits attendant cancel message to aircraft systems (ARINC- 429) Relayer forwards ATTCANCEL message to xx xx clears indication of Attendant Call Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 23

24 CONOPS Operational Concept: Attendant Call Clear by Passenger System in Operation User presses ATTENDANT CALL CANCEL button sends ATTCANCEL message to relayer Relayer forwards ATTCANCEL xx message to SysAdmin SysAdmin clears parameter ATTENDANT CALLED for xx in local state SysAdmin sends ATTCANCEL xx message to relayer Relayer forwards ATTCANCEL xx message to all FAPs in network list FAPs clear indication for Attendant Call for xx Relayer forwards ATTCANCEL xx message to AIM AIM translates to PSS/CIDS message and transmits attendant cancel message to aircraft systems (ARINC- 429) Relayer forwards ATTCANCEL message to xx xx clears indication of Attendant Call Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 24

25 CONOPS Operational Concept: Passenger Reading Light On System in Operation, xx reading light is off User presses Reading Light button sends LIGHT message to relayer Relayer forwards LIGHT xx message to SysAdmin SysAdmin sets parameter READING LIGHT ON for xx in local state SysAdmin sends LIGHT ON xx message to relayer Relayer forwards LIGHT ON xx message to all FAPs in network list FAPs set indication for Reading Light for xx Relayer forwards LIGHT ON xx message to AIM or ACM (Air Transport) AIM translates to PSS/CIDS message and transmits reading light on message to aircraft systems (ARINC-429) turning on reading light (BizJet) ACM activates relay to turn light on Relayer forwards LIGHT ON message to xx xx sets indication of Reading Light On Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 25

26 CONOPS Operational Concept: Passenger Reading Light Off System in Operation, xx reading light is on User presses Reading Light button sends LIGHT message to relayer Relayer forwards LIGHT xx message to SysAdmin SysAdmin clears parameter READING LIGHT ON for xx in local state SysAdmin sends LIGHT OFF xx message to relayer Relayer forwards LIGHT OFF xx message to all FAPs in network list FAPs clear indication for Reading Light for xx Relayer forwards LIGHT OFF xx message to AIM or ACM (Air Transport) AIM translates to PSS/CIDS message and transmits reading light off message to aircraft systems (ARINC-429) turning off reading light (BizJet) ACM de-activates relay to turn light off Relayer forwards LIGHT OFF message to xx xx clears indication of Reading Light On Proprietary Data of Intheairnet Subject to Restrictions Cited on the Front Page of This Presentation 26