Mobile Applications
| Project | Description | Technologies |
| iSyncro | Data synchronization solution between mobile (PDA based) SFA application and central database. The synchronization can be made over any TCP/IP compatible mobile communications layer (WLAN, GPRS, EDGE, 3G) using a VPN or a direct connection. | Jetty Server, Java, Windows Mobile, C, Pocket Builder, TCP/IP |
| SFA - iMobile Distribution | Synchronization application for any mobile device running Windows Mobile integrated with the iMobileDistribution server. Sync process is bidirectional using iSyncro module - date is sent between the central database and the mobile device using WLAN, GPRS, EDGE, 3G or any other mobile connection technology. Internal storage is provided by embedded SQLite3 database. | Pocket Builder, Windows Mobile, C, Embedded SQLite3 |
| ODBC for SQLite | An ODBC driver which use an embedded SQLite database for Windows Mobile. Developed in the context of iMobileDistribution to provide a fast and small footprint database with ODBC interface on mobile devices. The driver is realized by porting and adapting the SQLite ODBC (http://www.ch-werner.de/sqliteodbc/) to Windows Mobile. Development is realised with CeGCC suite on Linux platform. The driver is used in applications created with PocketBuilder. | C, CeGCC, SQLite3, Pocket Builder |
| SameGameClone | Small game to test the capabilities of Windows Mobile 5. Develop using C++ with Microsoft Visual C 2005. Use the Yahoo JT's Block rules for clearing the board and assigning scores. The application is using directly the resouces provided by the mobile platform, no higher level library was used. | C++, ATL, WINCE |
| GPS KML generator | Mobile application reads the GPS recevier at given intervals and saves the coordinates in a file. A desktop Java application takes these coordinates and generates a KML file to be used with Google Earth to display the route taken | C, WinCE, Java, XML, KML |
| GPS / WIFI tracker | Mobile application for Android 2.0+ devices which records the location (GPS coordinate) and wifi parameters (BSSID, SSID, channel, power) for a given access point. The information is exported as KML file which can be used to draw a power-map to track the signal distribution for the access point. It can be used to decide on a different layout for the access points to improve the accessibility inside the company. | Java, Andorid SDK, SQLite, KML |
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