1 Kiwi-W consortium establishment briefing Kiwi-W consortium establishment preparation committee Aisin AW Co., Ltd. Increment P Ltd. Xanavi Informatics Corporation Zenrin Co., Ltd. DENSO CORPORATION. Honda Motor co., Ltd. Mitsubishi Electric Corporation Toyota Mapmaster Inc.

2 Prehistory of Kiwi format (1)  Feb 1992 : ISO/TC204/WG3 started  May 1995 : SWG3.2 meeting (Sydney conference) had been held. –The discussion about the standardization of disk format had been started. –This association was named ‘Kiwi’  Sep 1996 : Kiwi committee started 17 companies related to car navigation systems participated. The study of the Kiwi format had been started.  Jan 1997 : Kiwi Ver1.0 had been completed

3 Prehistory of Kiwi format (2)  Dec 1997 : Kiwi Ver1.1 had been completed –Ver.1.1 to ISO had been submitted, and presented in ISO Kobe conference  Jun 1998 : Kiwi Ver1.1 had been Published and disclosed –Test CDs were made and evaluated  Mar 1999 : Kiwi Ver1.21 had been completed  May 2000 : Kiwi Ver1.22 had been completed –Items had been added in correspondance with the requirement of EU/US

4 Conventional map database structure  Database structure which depends on the requirement of the Application Program The real world Map display Data Positional reference Data Route planning Data Refer to data. (1) Application(1) (map display) Refer to data. (2) Application(2) (positional calculation) Refer to data. (n) Application(n) (recommended route planning) System control program

5 Data base structure of Kiwi format  The real world is described by information related to the shape of the object, the attribute, and the connection (phase) etc. The real world Shape dataAttribute data Application(1) Common data reference program Application(2)Application(n) Standard data format for data exchange Relation of connection

6 Feature of Kiwi data format  Description of the real world –It describes three dimensional information –It has capability of dealing with the time base data  Compression of data size –It describes road data by multi link expression  Faster data reference –It divides the space by rectangle and by arbitrary sized area. –It has layered structure

7 Feature of Kiwi format  Retention of extendibility –It gives the extendibility to basic data. –It manages information by the number and the data size of the element. –Controlls expantion area with the bit flags.  Extention of applied field –It has four-dimensional data structure of general Geographical Information System

8 Basic function realized with Kiwi format  Map display  Location  Route planning  Route guidance  Index Search –Address search –POI search

9 Kiwi-W consortium  Aims at the achievement of the inter-operability of the map disks with the use of Kiwi-W format.  Defines necessary regulations, and discloses official information.  Supports practical use.  Accelerates the spread of Navigation systems in each country by defining the standard for the world.  Nonprofit organization

10 Activity  We issue and disclose the format specifications and the operation regulations to use the Kiwi-W disk.  We certificate and the manage the produced Kiwi-W disk.  We disclose official information on Web site.  We work with related organization including the ISO/TC204/WG3/SWG3.2  We propagate Kiwi-W format over related enterprises.

11 Document  Format specifications –Basic chapter –Expanded chapter  Operation rules of the format Kiwi format specifications Kiwi-W format specifications Operation guideline The part submitted to ISO is disclosed free of cost For limited members

12 Kiwi format specifications  Basic chapter  Submitted to ISO (=Ver1.22 / current)  Contents –Chapter 1 Sentence rule –Chapter 2 Data composition in media –Chapter 33 Image data frame –Chapter 34 Voice data frame  Disclosed free of cost.

13 Kiwi-W format specifications  Expanded chapter  Defines expanded function which is not defined in basic chapter  Defines format of each function on Index search  Contents –Chapter 51 The actually Index searth –Chapter 60 Reference  Disclosed only to the members.

14 Operation guideline  Secures the inter-operability of data.  Defines the storage method and the restrictions of each segment of data. –Preset value and explanation (In Japan and foreign countries) –Preset value (min & max) –Regulations Operation guideline

15 Certification  Each management company confirms the inter-operability of proposed disk.  Each management company brings forward the disk to secretariat with confirmation result.  The secretariat gives and manages certification number to the applicant. –The information of the certification will be disclosed on the Web site.

16 Member regulations and fee  Qualification for members Corporation or any division in corporation An individual honored member can join if there is approval of the management company  Segment of members –Management companies –General member  Start of recruiting new members –April, 2001  Annual membership fee –Management company →\1,000,000 or $10,000 –General member →\500,000 or $5,000

17 Organization  Board member –Chairman Represents and generalizes Kiwi-W consortium –Manager Manages Kiwi-W consortium Examines and produces the specifications Plans and executes the commission –Inspector  Secretariat Discloses the information Certificates and manages the disk

18 The schedule of 2001 activity  April: –Recruit new members. –Hold the organization meeting  May: –Hold the briefing in South Korea  August: –Hold the briefing in Europe  October: –Publicity work in ITS World Conference

19 Establishment originator  Establishment preparation committee – Aisin AW Co., Ltd. –Increment P Ltd. –Xanavi Informatics Corporation –Zenrin Co., Ltd. –DENSO CORPORATION. –Honda Motor co., Ltd. –Mitsubishi Electric Corporation –Toyota Mapmaster Inc.

20 Web site  Kiwi-W consortium Web site –URL –Inquiries Toyota mapmaster Inc.. –7F Sumitomo-Seimei building, , Meieki-minami, Nakamura-ku, Nagoya, Japan Zip code: PREPAIRED: Hamada and Fukumizu