Automatizēta autovadītāju pārvaldības sistēma
Date
2017
Authors
Striževskis, Dmitrijs
Journal Title
Journal ISSN
Volume Title
Publisher
Latvijas Universitāte
Abstract
Automatizācija aizvieto cilvēka darbu arvien straujāk. Tās ienākumi no ieguldījumiem – minimālas regulāras izmaksas, augsta produktivitāte un uzticamība – tagad būtiski pārsniedz izstrādāšanas izmaksas vairākos biznesa nozarēs nekā jebkad. Mūsu gadījuma, kravu pārvadājuma kompānija nolēma automatizēt autovadītāju pārvaldības procesu ar automātu, kas spēj identificēt autovadītāju, sameklēt viņa maršruta informāciju, pārbaudīt viņa alkohola koncentrāciju asinī un dot vai liegt pieeju transporta līdzeklim, un ir viegli konfigurējams no tīmekļa. Šajā darbā tiek aprakstīta šās sistēmas galvenās daļas izstrādāšanā – kiosk lietotne, kas apvieno visus komponentus un piedāvā skārien-saskarni autovadītājiem.
Automation has been replacing human labour at an increasing pace. Its return on investment, in the form of minimal running costs, high productivity and reliability, now significantly outweighs the development cost in more business areas than ever. In our case, a freight company had chosen to automate the process of managing truck drivers with the help of a truck key dispenser that is able to identify the driver, find his route details, test him for blood alcohol content and issue or deny access to the vehicle – all by itself, easily configurable over the web. This paper describes the process of developing the key part of the system – a kiosk application that couples all the components and interacts with drivers via a touchscreen interface.
Automation has been replacing human labour at an increasing pace. Its return on investment, in the form of minimal running costs, high productivity and reliability, now significantly outweighs the development cost in more business areas than ever. In our case, a freight company had chosen to automate the process of managing truck drivers with the help of a truck key dispenser that is able to identify the driver, find his route details, test him for blood alcohol content and issue or deny access to the vehicle – all by itself, easily configurable over the web. This paper describes the process of developing the key part of the system – a kiosk application that couples all the components and interacts with drivers via a touchscreen interface.
Description
Keywords
Datorzinātne , kiosk lietotne , automatizācija , C# , .NET