CODIMI
- ul. Polanowicka 8R, 51-180 Wrocław, Poland
- 600180006
- info@codimi.pl
- www.codimi.pl
Description
For more than 10 years, we have been developing, implementing and continuously improving IT systems, with a strong focus on solutions for the public transport sector. We combine industry expertise with modern technologies to create tools that support transport planning, analysis and service quality management.
At the exhibition, we will present two of our systems. BusHarmony is a multi-user web application for designing, analysing, visualising and optimising public transport timetables. Transport Quality supports the monitoring and analysis of public transport service quality by integrating the work of field inspectors with tools for management, reporting and data analysis.
At the exhibition, we will present two of our systems. BusHarmony is a multi-user web application for designing, analysing, visualising and optimising public transport timetables. Transport Quality supports the monitoring and analysis of public transport service quality by integrating the work of field inspectors with tools for management, reporting and data analysis.
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Products
BusHarmony
BusHarmony
BusHarmony is a system for designing, analysing and optimising public transport timetables. It supports multiple working views, including graphical timetables, vehicle diagrams, terminal occupancy views and tabular layouts. The system automatically calculates efficiency and operating performance and validates timetable correctness. Its synchronisation and optimisation tools help reduce vehicle bunching, improve service regularity and increase the number of convenient passenger connections. Historical data analysis supports more realistic travel times, while automatic vehicle and crew scheduling helps improve the use of fleet resources and drivers’ working time. The system also reduces manual planning work and makes it easier to create more efficient timetables.
Key system functions and benefits include:
• headway-based timetable synchronisation – reducing simultaneous departures of several vehicles in the same direction and improving service regularity;
• transfer-based timetable synchronisation – increasing the number of convenient passenger connections without increasing the overall transport workload;
• travel time optimisation based on historical data, enabling more realistic timetables;
• automatic vehicle and crew scheduling with optimisation of fleet utilisation and drivers’ working time;
• analysis of passenger flows and actual travel times to support planning decisions;
• automation of selected planning tasks, reducing the time required to prepare and validate timetable variants;
• clear passenger timetable printouts and tools for designing passenger information.
• headway-based timetable synchronisation – reducing simultaneous departures of several vehicles in the same direction and improving service regularity;
• transfer-based timetable synchronisation – increasing the number of convenient passenger connections without increasing the overall transport workload;
• travel time optimisation based on historical data, enabling more realistic timetables;
• automatic vehicle and crew scheduling with optimisation of fleet utilisation and drivers’ working time;
• analysis of passenger flows and actual travel times to support planning decisions;
• automation of selected planning tasks, reducing the time required to prepare and validate timetable variants;
• clear passenger timetable printouts and tools for designing passenger information.
Transport Quality Center
Transport Quality Center
A system for monitoring and analysing the quality of public transport services, combining a mobile app for field inspectors with a web application for managers and analysts. It supports quality inspections of transport services and stop infrastructure, documentation of irregularities, contractual penalty handling and asset inventory. Tight integration between both applications ensures fast data flow from the field to the management centre. The system supports checks of cleanliness, technical condition, signage, punctuality, passenger information, staff conduct and passenger flows. Flexible configuration allows administrators to define their own inspection scopes and categories.
Key system functions and benefits include:
• inspections of vehicle, stop, shelter and station cleanliness;
• assessment of vehicle condition and stop infrastructure;
• verification of vehicle and infrastructure signage and of the accuracy, readability and completeness of passenger information;
• punctuality monitoring and registration of missed mandatory stops;
• passenger flow surveys on vehicles and at stops;
• recording of staff behaviour that breaches applicable rules or regulations;
• photo and video documentation created directly in the mobile app;
• support for contractual penalties and reporting processes;
• inventory of infrastructure and related assets;
• administrator-defined forms, categories and inspection scopes.
Integration of the mobile and web applications reduces manual work, organises documentation and speeds up service quality analysis.
• inspections of vehicle, stop, shelter and station cleanliness;
• assessment of vehicle condition and stop infrastructure;
• verification of vehicle and infrastructure signage and of the accuracy, readability and completeness of passenger information;
• punctuality monitoring and registration of missed mandatory stops;
• passenger flow surveys on vehicles and at stops;
• recording of staff behaviour that breaches applicable rules or regulations;
• photo and video documentation created directly in the mobile app;
• support for contractual penalties and reporting processes;
• inventory of infrastructure and related assets;
• administrator-defined forms, categories and inspection scopes.
Integration of the mobile and web applications reduces manual work, organises documentation and speeds up service quality analysis.
