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KS X ISO 2006 Transport Protocol Experts Group(TPEG) TPEG specifications CTT(Congestion and TravelTime Information) TPEG()., TPEG Part TPEG. TPEG TPEG TDC(Transparent Data Channel). (Digital Multimedia Broadcasting) TPEG TDC, MOT(Multimedia Object Transport) Protocol.. ISO TS 18234-1, 2006 Transport Protocol Experts Group(TPEG) TPEG SpecificationsPart 1Introduction, Numbering and Versions ISO TS 18234-2, 2006 Transport Protocol Experts Group(TPEG) TPEG SpecificationsPart 2Syntax, Semantics and Framing Structure ISO TS 18234-3, 2006 Transport Protocol Experts Group(TPEG) TPEG SpecificationsPart 3Service and Network Information Application ISO TS 18234-6, 2006 Transport Protocol Experts Group(TPEG) TPEG SpecificationsPart 6 Location Referencing Application ISO 7498 Open Systems Interconnection ISO 86011988 Data elements and interchange formats Information interchange Representation of dates and times EN ISO 1481922002 Traffic and Traveller Information(TTI), TTI Messages via Traffic Message CodingPart 2Event and Information codes for Radio Data SystemTraffic Message Channel(RDSTMC) EN 300 401 V1.3.3200105 Radio Broadcasting SystemsDigital Audio Broadcasting(DAB) to mobile, portable and fixed receivers EVIDENCE Detailed ILOC Location Referencing Rules Specifications Version Nr 1.0, dated 28.06.1999, (also logged as EBU B/TPEG PG 99/102) CEN ENV 131062000 DATEX Data Dictionary Version 3.1a ITU Recommendation 5351 Use of the term UTC 2
AID DMB ILOC INV OSI PTI RFU CTT RTM SNI SSF TPEG TTI UTC UAV Application Identification Digital Multimedia Broadcasting Intersection location Introduction, Numbering and Versions Open Systems Interconnection Public Transport Information Reserved for future use Congestion and TravelTime Information Road Traffic Message Service and Network Information Syntax, Semantics and Framing Structure Transport Protocol Experts Group Traffic and Travel Information Universal Coordinated Time UnAssigned Value TPEG ISO/OSI. TPEG (AIDApplication Identification)., TPEG. TPEG (TPEGCongestion and Travel Time Information Application) 0010 (hex). TPEG,,.,..., (VER0).,. ID. 3
TPEG TPEG. TPEG TPEG, GPS TPEG GPS TPEG,,,. (, MID) (VER). (MID) (VER),, 0 255,. TPEG TPEG (TPEG-Road Traffic Message Application), TPEG (TPEG-Public Transport Information Application)., 0 1, 65,535 0., TPEG. TPEG TPEG, TPEG,. 2 (, ). TPEG,,, 3 TPEG. 4
TPEG. TPEG (, ),.,.., TPEG.,.,... (average link speed) (travel time) (link delay) (congestion type ).. (prediction of average speed) (prediction of travel time) (congestion tendency)., 5
. TPEG TPEG Part 6Location Referencing for Application, TPEG table loc01 8 (Location Type).. TPEG,,., ID. /,,., WGS 84. ID, ID.,,. TPEG Part 6 Location Referencing for Application TPEG table loc01 <TLT>9, <TLT>3 (segment). ID, ID. <TLT>10. MID VER, TPEG. 6
MANDATORY ELEMENTS congestion_traveltime_information (message_id, version_number): DATE AND TIME ELEMENTS message_generation_time LOCATION ELEMENTS CTT-Loc : CONGESTION DESCRIPTIVE ELEMENTS status([ ]) TPEG Part2Syntax, Semantics and Framing Structure. (SCID) TPEGSNI. <congestion_traveltime_information_message> CRC 2 bytes, ITU x 16 x 12 x 5 1. CRC <congestion_traveltime_information_message> Number of Message. CRC TPEG Part 2Syntax, Semantics and Framing Structure. <component_frame(x)>= <intunti>(scid), (scid=x) <intinli>, (bytes) <crc>, CRC n*<ctt_message>, <crc>; CRC 2.. message_id(number) {range0.. 65535}. version_number(number) {range0.. 255}.. message_generation_time(date&time) {resolutionseconds} <ctt_message>= 7
<intunli>(mid), <intunti>(ver), <intunli> <bitswitch>(selector), if(selector=xxxxxxx1)<time_t>, if(selector=xxxxxx1x)<intunlo>, (Reserved for future use) if(selector=xxxxx1xx)<intunlo>, (Reserved for future use) if(selector=xxxx1xxx)<intunlo>, (Reserved for future use) if(selector=xxx1xxxx)<intunlo>, (Reserved for future use) if(selector=xx1xxxx)<intunlo>, (Reserved for future use) if(selector=x1xxxxxx)<intunlo>, (Reserved for future use) if(selector=1xxxxxxx)<ctt_components>, <ctt_components>:= n*<ctt_component()>; <ctt_component(x)>:= <intunli>(n), (id) (n) <ctt_component(x)>:= CTTLoc id <intunli>(n), (n) <tpeg_loc_container>; TEPG.,. CTT_Status Prediction_CTT_Status Additional Information 8
<ctt_component(80)>:= <intunli>(n), m*<status_component()>;, id80 hex <status_component(x)>:=, idx <status_component(00)>:= <intunti>;, id00 hex (Km/h) <status_component(01)>:= <intunli>;, id01 hex () <status_component(02)>:= <intunli>; <status_component(03)>:= <ctt03>;, id02 hex (), id03 hex <ctt_component(81)>:= <intunli>(n), m*<prediction_status_component()>;, id81 hex 9
<prediction_status_component(x)>:=, idx <prediction_status_component(00)>:= <intunli>(n), <intunti>, <intunlo>;, id00 hex (km/h) (UTC) <prediction_status_component(01)>:= <intunli>, <intunlo>;, id01 hex () (UTC) <prediction_status_component(02)>:= <ctt04>;, id02 hex <ctt_component(8a)>:= <intunli>(n), <ctt41>, <short_string>;, id8a hex. TPEG-,. <ctt_component(90)>:= <intunli>(n), m*<tpeg_loc_container()>; TPEG, id90 hex TPEG 10
<tpeg_loc_container>:= <loc41>, m*<tpeg-loc-component()>; TPEG TPEG TPEG <tpeg_loc_component(x)>:= <intunli>(n), TPEG, idx <tpeg_loc_component(00)>:= <intunli>(n), <loc01>, m*<co-ordinates component()>;, id00 hex, TPEG table loc01 <co-ordinates_component(x)>:=, idx <co-ordinates_component(00)>:= m*<mode_component()>;, id00 hex <mode_component(x)>:=, idx <mode_component(00)>:= <loc05>;, id00 hex (TPEG table loc05 ) 11
<co-ordinates_component(01)>:= <intunlo>(longitude), <intunlo>(latitude), m*<wgs84_component>; WGS84, id01 hex (10 - ) (10 - ) WGS 84 <WGS84_component(x)>:= WGS84, idx <WGS84_component(00)>:= <intunli>; WGS 84, id00 hex (10 ) <co-ordinates_component(02)>:= <loc03>, <short_string>(name) m*<descriptor_component>;, id02 hex (TPEG table loc03 ) <descriptor_component(x)>:=, idx <descriptor_component(00)>:= <loc41>;, id00 hex (TPEG table loc41 ) 12
< co-ordinates_component (03)>:= <loc02>;, id03 hex (TPEG table loc02 ) <co-ordinates_component(04)>:= <loc43>, m*<link_component>;, id04 hex, TPEG table loc43(, ) <Link_component(x)>:=, idx <Link_component(00)>:= <intunlo>;, id00 hex < Link_component(01)>:= <intunti>, m*<vertex_component>, id01 hex (23 ) <Vertex_component(x)>:=, idx 13
<vertex_component(00)>:= <intunti>, <intunlo>(longitude), <intunlo>(latitude); WGS84, id00 hex, 0 (10 - ) (10 - ) < Link_component (02)>:= m*<roadtype_component()>;, id02 hex <roadtype_component(x)>:=, idx <roadtype_component(00)>:= <loc42>;, id00 hex, TPEG table loc42 <co-ordinates_component(05)>:= <loc43>, m*<connection_link_component>;, id05 hex, TPEG table loc43(, ) 14
<connection_llink_component(x)>:=, idx <connection_llink_component(00)>:= <intunlo>, <intunlo>;, id00 hex : (From) (To) <co-ordinates_component(06)>:= <loc43>, m*<multi_link_component>;, id06 hex, TPEG table loc43(, ) <multi_llink_component(x)>:=, idx <multi_llink_component(00)>:= <intunti>, <intunlo>;, id00 hex : (0 ) 15
TPEG 03(CTT 03) 0 1 2 3 4.. 0.9.. 255 TPEG 04 (CTT 04) 0 1 2 3.. 0.9.. 255 TPEG 01(LOC01) _ 0. Unknown 1 Large Area 2 Nodal Area 3 Segment 4 RFU 5 Intersection Point 6 Framed Point 7 NonLinked Point 8 Connected Point 9 Simple Segment 10 Link ID.. 0.9.. 255 16
TPEG 03(LOC 03) _ 0 TPEG 1 tpeg-ilc name1 1 TPEG 2 tpeg-ilc name2 2 TPEG 3 tpeg-ilc name3 3 area name 4 road name 5 local road name 6 crossing road name 7 from-point name 8 to-point name 9 point name 10 platform identifier 11 airport name 12 terminal identifier 13 gate identifier 14 railway station name 15 internal division name 16 metro station name 17 building name 18 town name 19 county name 20 region name 21 nation name 22 nodal area 23 segment 24 intersection point 25 framed point 26 nonlinked points 27 connected points 28 Simple Segment 29 Link ID.. 0.9.. 255 17
TPEG 42(LOC42) _ 0. 1 2 3 4 5.. 0.9 255 TPEG 43(LOC43) _ 0. 1 -.. 0.9 255 18
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