Mobile Solutions in Road Transport

Abstract

The article dwells on the aspects of mobile solutions of public information and transport. The work presents major decision making principles based on object positioning and a system of positioning‐based GSM solutions. The newly developed remote identification systems for transport facilities and goods and passenger transport and their schematic view are presented. The main units of the remote identification system of vehicles and goods embrace: TI portal, TVIM portal, content control system (SMS, GPRS), mobile phone, the unit for stating the geographical position of vehicles and goods. Portals are designed so that the data provided by various systems of observation, such as GSM, GPS, WLAN, wireless internet, etc., can be used there. Portals (TI and TVIM) can also be used for testing, complex evaluation of monitoring functions as well as for providing the data on geographical location of objects, transmitting data to mobile telephones, etc. Purposes and functions of the portals are presented. The article describes the facility of implementing the mobile user concept, changes made in the portal pages to support the mobile users.

Comprehensive Urban Road Toll Evaluation System

“…GNSS systems are implemented in a series of applications and industries, coming from the decade-old developments of military navigation and telematics systems (GPS system of the United States of America, the Russian GLONASS system and others). For example in cargo transport applications, RFID-technologies in combination with GNSS-based f leet management systems provide real time data about the actual state of logistical processes and are commonly deployed i n re sea rc h a nd prac t ice, mainly in line with general technology and sustainabilit y improvements and investments (Klumpp et al, 2013a;Klumpp and Kandel, 2011;Batarlienė and Baublys, 2007). Especially the process interaction of transport and production scheduling are in the focus of this development ("Industry 4.0").…”

Implementation of Advanced Technologies and Other Means in Dangerous Freight Transportation

“…transmission of information to and from a vehicle (Telecommunication); processing of information (Information Technology); information usage for safe transport and eff ective usage of already existing technologies solutions. Such changeable light boards as navigation systems, the Internet, mobile network are just a few examples of telematics usage in road transport [3].…”

“…Th is system would also be useful for carrying perishables because their transportation should be controlled [3].…”

Comparable Analysis of Information and Communication Technologies in Lithuania and Finland

“…Increasing traffi c intensity unavoidably requires more rapid development and modernization of transport infrastructure which means not only larger investment but also better transport policy and an introduction of more advanced solutions such as promotion and deployment of intelligent transport systems (ITS) and services (Palšaitis 2007;Vasilis Vasiliauskas et al 2008;Batarlienė and Baublys 2007;Jarašūnienė 2007 and2008;Jarašūnienė and Jakubauskas 2007;Burinskienė 2009;Szűcs 2009;Yousefi and Fathy 2008;Daunoras et al 2008;Gowri and Sivanandan 2008;Jakimavičius and Burinskienė 2009). Nowadays, intelligent transport systems are the ultimate product of information and communications technologies that is the hallmark of the digital age (Jarašūnienė 2006(Jarašūnienė , 2007(Jarašūnienė and 2008.…”