Read Aplicom Newsletter, April 2018
- Aplicom focuses on data security
- 4G connectivity for A11
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“Aplicom Newsletter, April 2018”
Read moreRead Aplicom Newsletter, April 2018
“Aplicom Newsletter, April 2018”
Read moreOJSC Holding Company “SBU Agro”, part of “Siberian Business Union” (SBU) group of companies, Kemerovo, has invested 5, 5 mln rubles in agricultural vehicles equipping with GLONASS based satellite navigation system. Aplicom А5 (Glonass) units are used as onboard equipment of the system.
The unique project named «Automated dispatch system for agricultural sector» (ASD) was first introduced to the heads of Kuznetsk Basin farming regions (Western Siberia) in July 2010. While making presentation, Mihail Fedyaev, president of SBU, said that the project involved 69 farm machines used in arable cultivation of 22,000 ha in Promishlennovskiy district. The project aimed to control personnel and its operational efficiency, prevent losses, including antitheft protection, and reduce on-the-job injury rate. The new system would allow to estimate the actual costs of the grains and other agricultural products.
The onboard equipment, installed in cars, tractors, tanker trucks, provides the real-time data collection/processing, and sends the information to the dispatching computer. Due to the GLONASS based satellite navigation system the dispatcher can receive the information regarding the farming vehicles location and speed, fuel level, quality of the land cultivation and yield capacity, possible fuel losses and other real-time data. This information helps to take the efficient decisions during the fieldwork high season, when a day feeds a year. The data received from onboard units is saved in ASD host system, located in CJSC «Vaganovo».
The Aplicom onboard equipment with its operational temperature from -40° to +75°C, shock- and vibration resistance fully meets the requirements and corresponds the harsh weather conditions of the region. It automatically locates the vehicle within 10 m. The error in determining the fuel level in the tank is less than 3%, the speed is determined up to 1 m/sec.
The contractor «VIST Group» and the client “Siberian Business Union” holding company expect sufficient cost reduction, gain in productivity (up to 15 %), increased work safety, land-use enhancement and crop-yield increase up to 5 – 10%. The major results of the project implementation will be the increase of agricultural work attractiveness and involvement of the qualified personnel to the modern farming.
Aleksander Bondarenko, the director of the Kuznetsk Basin branch of PLC «VIST Group», noted that this appeared to be the one of very first Russian projects in the agricultural sector, implemented by the means of private capital, without governmental funding.
Within the framework of the project, the contractor has installed about 360 units of Aplicom A5 and Aplicom A1 FLEX since the launch in 2010.
For further information about the project «SBU-GLONASS-AGRO», please, contact to PLC «VIST Group».
Read moreCompany “VIST Group” has been working in the IT market for more than 20 years, providing vast experience in the development of the information systems and the capabilities of working with complex solutions for various applications in mining and metallurgy, power-engineering, science and telecommunications industries. VIST Group is a leader in the deployment of mine fleet management systems, control systems in Russia and CIS. The powerful and reliable Aplicom vehicle computers have been used in many popular solutions of VIST Group. The main areas of using Aplicom vehicle computers are: VG Fleet (monitoring and control of general transport), VG Service (the service system of the equipment diagnostics and control), VG Karier (Dispatch control system “Karier”).
VIST Group solutions are used by such companies as: OAO “Aldanzoloto”, all coal mines of HK “CDC”, all coal mines of OAO “SUEK”, OAO ”South Kuzbas” (OAO “Mechel-Mining”), Sibuglemet, KTK, “Polimetall” etc.
VIST Group technical service had got the task to choose a reliable solution – vehicle GSM controller with GLONASS positioning, which can work in the harsh climate conditions on the mining vehicles. The controller also must be programmable and provides sensor connection via CAN protocol. It was a demand for solving positioning tasks in northern latitudes, as well as for using on the vehicles providing people transportation in accordance with Federal Law N 22-FZ “About navigation activity”. Aplicom A5 controllers satisfied the requirements of the law and NAVIS receivers (used by GLONASS) provided reliable reception of navigation signals and positioning of mobile objects. So, Aplicom controllers were chosen for this system.
One of the solutions where Aplicom vehicle computers are used – is the service system of the equipment diagnostics and control – VG Service. This system is used by truck manufacturers (BELAZ, IZ-KARTEX Korableova), as well as the largest dealers of the dump trucks BELAZ: OJS “GPFK”, PLC “KuzbaBelAvto” and foreign dealers. About 400 units of A1 FLEX were delivered for VG Service.
BELAZ is one of the largest in the world and the only one in CIS manufacturer of the dump trucks. It produces mining dump trucks with capacity from 30 to 360 tons, vehicles for mine-servicing works, underground vehicles, vehicles for metallurgical works, special purpose vehicles etc. More than 70% of the products are sold in Russia. About 30% world market of the dump trucks belongs to the plant. It is one of seven world leading corporations in the industry of the mining trucks production.
The manufacturer of excavator, IZ-Kartex, also uses VG Service. During 2000 – 2011 the plant supplied more than 280 units of mining equipment, including 265 excavators and 15 drilling rigs to the mining enterprises of Russia and CIS..
The VG Service system has been designed for:
The system provides operative and full image of equipment and machinery usage and it enables equipment consumer company, dealer, service company, distributor, equipment producer to prevent the adverse events, react to reclamations during the equipment use promptly, prevent the service troubles, and also control the usage efficiency.
In 2012 VIST Group and TEREX, the dealer of mining trucks, signed the contract for using VG Service with Aplicom vehicle computers. TEREX products include a wide range of vehicles and equipment for road construction, mining, petroleum, transportation, processing industry and municipal services. They are sold in more than 170 countries.
In 2011 BELAZ supplied several dozens of the dump trucks, equipped with the other solution of VIST Group – CSLFL (Control system of loading and fuel level) and Aplicom controllers, in Indonesia and Australia. During warranty period the Customer Service uses VG Service for tracking of the vehicle operating parameters.
During the period of cooperation between VIST Group and Aplicom, about 1000 Aplicom devices have been installed in the mining enterprises, that means reliability and applicability of Aplicom units for the complicated conditions in that industry.
“Honestly and frankly, we have chosen Aplicom controllers due to Aplicom was the first company we started to work in that direction. However, Aplicom units have proved their efficiency in the harsh environments of the mining industry!” says Dmitriy Klebanov, development director of VIST Group.
For further information, please, contact to PLC «VIST Group».
Read moreKeski-Suomen Tavaralähetit Oy, a Finnish express carrier and package delivery company, has implemented a new system to monitor their deliveries. The system is based on Aplicom’s vehicle computers, the Swedish company Fleet101 Ab is responsible for the application and a Finnish company, M-Motion Ltd Oy, provides the data transfer.
The system offers new ways for Tavaralähetit to serve its customers. In the future the intention is to enable the customer to make orders via Internet and information regarding the deliveries can be deliveredby e-mail or SMS. Also in-house delivery monitoring and reporting can be done in the Internet.
This investment replaces the previous system, which also was provided by Aplicom and served Tavaralähetit well for nine years. One of the reasons for this upgrade is the discontinuation of the network, Mobitex, which the old system used.
The current system uses the compact Aplicom F-series vehicle computer. Data transfer between vehicles and the office is done via GPRS-network and the tracking function via GPS. Fleet101 Ab has implemented their K2 application with Microsoft development tools, which enables fast and flexible customer oriented tailoring of the application and map interfaces.
”This solution gives Tavaralähetit an even stronger position in comparison to its competitors. We can offer our customers in Central Finland a unique service when it comes down to quick response-times, accuracy and flexibility in deliveries”, says Markku Kyyrönen, the Managing Director of Keski-Suomen Tavaralähetit Oy.
Tavaralähetit Oy is an express carrier and package delivery company in Central Finland that has operated for 22 years. The company has a daily approximate of 25 vehicles working under its order center. It employs ca. 35 persons and the annual turnover is approximately 1,8 M euros (including its sister company, City-Taxi Jyväskylä Ky). The company’s best know customers include DHL, Eden Springs Finland, Canon and Tamro.
Aplicom is a Finnish developer and manufacturer of mobile and wireless hardware platforms for professional applications. It has over 20 years experience in the development and manufacturing of commercial vehicle computers, telemetry devices and related software. Aplicom is originally a spin off from Nokia in 1990. Its products are sold by numerous system integrators and service providers in more than 30 countries. Aplicom has ISO 9001-2000 certified quality system.
Read moreIreland’s Special Distribution Services (SDS) is a division of the national postal service, An Post. It’s fleet of 150 vehicles from 3.5 tonne vans to articulated trunkers, and truck and trailer combinations is the country’s largest national parcels carrier for goods between 1kg and 30kg.
SDS often carries high value goods – putting the near 200 drivers at constant risk as they travel the country’s roads. Historically, the problem was communications technology that relied on two-way radios -successful for direct, verbal communications, but potentially disastrous for drivers and their cargo in terms of security.
Some years ago two SDS trucks were hijacked and the loads stolen. The thieves, using the radio waves of the SDS drivers’ radio communication sets had tracked each vehicle and knew where it was and they couldplan the best place to stop it.
SDS Projects Manager Gerry Agnew vowed then that there would be a solution, and he researched the different options open. His chosen solution was the installation of GSM-based communication systems linking the depots and head office with each vehicle through a discreet, built-in computer. Since then, he says, there has not been a single incident.
Cargo value is an important factor, with SDS having the contracts to carry products for several tobacco and information technology manufacturers as well as the wide range of goods required by businesses and individuals. However, the most valuable element is the driver and SDS is committed to maximising his/her safety and security.
SDS selected Satcom Technology, systems partner of Aplicom, the Finnish manufacturer of in-vehicle computers and data transmission systems, for three clear reasons:
· Ability to work with a proven supplier of communications hardware (Aplicom)
· Knowledge of the security industry and monitoring to the high specification Irish Standard 228, and
· Full compatibility of the system with Ireland’s leading GSM provider, Eircell.
The SDS system installed by Satcom is not only discreet and operates without the need for driver input, but it has proved to be highly effective and secure. SDS has recently up-graded the in-vehicle telephone hardware from Satcom, allowing greater data transfer capability. The new, advanced hardware enables the routes within the Aplicom computer to be changed remotely, removing the need for downloading new route information via a laptop computer into each individual vehicle.
The system operates at two levels: GPS tracking and a multi-point alarm system that connects directly and immediately to a special central control room run by specialists MCM in Cork, and covering the whole of Ireland. The GPS tracking system means that not only can the position of the vehicle be communicated to all depots of SDS and the MCM monitoring station, but the status of the vehicle is also known – whether it is moving forwards or reverse, stopped or the ignition on or off.
The alarms cover most of the vehicle, linking all doors and windows, the cab and driver, and various points within the cargo area direct to the MCM control room. Voice contacts have also been installed with the driver able to call up to ten connections at the single push of a button, rather than having to dial in using the GSM to hard line telephone link. In addition, the alarm system includes an automatic immobiliser, which can be reactivated by MCM remotely after checking with the SDS controller.
An important element in the Satcom Technology system is that the drivers have as little involvement as possible. This not only increases their security and safety, but it also ensures that MCM and SDS govern allalarm actions.
Drivers of the 150 SDS vehicles welcomed the introduction of what could have been seen as ‘spy in the cab’. They can clearly see the many benefits over the previous two-way radio system, says Gerry Agnew. Not only do they feel safer and more secure, but the more that is known about the SDS system, the less likelihood there is of SDS vehicles being targeted by criminals.
Controllers and administrators also find their job is faster and easier, with a significant reduction in manual form filling. Where, previously, the driver had to call in every 25 minutes and each call would be logged, the Satcom Technology system does this automatically and securely.
The hardware system is a fully programmable Aplicom ICA 2004 series in-vehicle computer with a 16MHz processor, 128kb standard memory and four RS232 ports. The optional DT3000 interface has already been pre-installed for future growth. The DT 3000 interface allows for future expansion of the system so that individual trucks or the entire fleet can quickly move towards advanced, interactive data transmission using high definition monitors and keypads or keyboards. There is also an optional bar code reader interface for ASCII characters.
The GPS system is based on a 12-channel receiver module and MCX connector and a standard GPA antenna connector. It covers all 150 set routes across Ireland and every truck has all these routes programmed in to Aplicom computer. This offers SDS maximum flexibility of the fleet over all routes and the whole of the country.
SDS is registered to the international standard ISO 9002 and this requires regular audits to ensure the business continues to meet the standards. A GPS-based Management Information System (MIS) ensures that the performance of the vehicle fleet can be monitored accurately and consistently, and it is also useful to pinpoint difficult areas where a regular delivery runs late.
At the moment SDS operates a bar code system for proof of delivery. On delivery the driver peels off the bar code and the receiver signs opposite that bar code. For SDS to introduce a premium time sensitive system for customers there will have to be more advanced data transmission where the customer can sign on the screen and the signature is relayed in real time to the controller. This can be introduced using the existing Aplicom hardware and with Satcom providing the up-graded software and customising it for the specific SDS requirements.
The first area to benefit may be the smaller collection and delivery vehicles where door-to-door deliveries and collections are made. Instructions would be communicated to individual drivers securely, safely and accurately, and drivers would be able to relay the delivery and collection data.
Ten years ago SDS had just 20 Network vehicles: today there are 150 travelling 11 million kilometres a year, and the service looks set for even more growth with the opening of a new state of the art automatedparcels sorting centre in the Dublin headquarters, built at a total cost of some £12 million.
The prime benefit of in-vehicle computers and communications is the safety and security of drivers, but the SDS investment means that they are now able to expand the service and offer more benefits for their customers in the most cost-effective way possible.
Read moreAplicom, a leading manufacturer of professional vehicle computers in Europe, has supplied over 535 computers for use in the fleet of vehicles operated by the Dutch customs authority.
In the Netherlands the computers will be used with a GPS system to locate and monitor all vehicles in the fleet and to operate an advanced, automatic alarm system. The effect is to provide significant improvements to security for both the vehicles and their drivers, as well as increase the effectiveness of the service as it covers the whole of the Netherlands.
The high quality, technologically advanced ICA series computers are powerful and fully programmable, allowing all types of proprietary or tailored software solutions and applications to be installed. Interfaces built in to Aplicom computers ensure clear communications with all recognised GSM networks and computer environments.
The order has been won as a result of a partnership agreement between Aplicom, Europe’s leading independent designer and manufacturer of vehicle computers, and KPN Telecom, the Dutch telecommunications company. Under the agreement KPN Telecom installs and operates Aplicom vehicle computers and associated hardware, such as monitors and keypads, in all relevant applications.
“This is a major step forward for both Aplicom and KPN Telecom,” says Aplicom Sales and Marketing Director Lasse Paakkola. “Holland has a strong domestic market and is a key member of the European Union. The partnership agreement with such a major telecommunications company as KPN Telecom is very important for us.”
Dutch customs has been operating vehicle telematics for some years, and the Aplicom computers will improve data communications between the vehicles and fleet managers. Among the tasks for the system will be optimising route planning to avoid frequent traffic jams and roadworks, as well as enabling the automatic security systems.
Aplicom is a leading manufacturer of professional vehicle computers in Europe. With over ten years experience in mobile data communication design and production, Finnish-owned Aplicom is focused on developing and marketing high quality, technologically advanced, fully programmable vehicle computers for professional use.
With Aplicom products companies can link vehicles to their information system and improve the productivity of their vehicle fleet. Service improves and fleet management becomes more effective, which enhances their market competitiveness. A vehicle computer improves safety and the monitoring of vehicle movements and status.
Aplicom sells its innovative products through a strong partner network covering over 30 countries, and more than 90 percent of Aplicom’s products are exported. Aplicom’s headquarters, research and development unit and production department are located in Äänekoski, Finland. Sales and marketing functions are carried out in Espoo, Finland.
Read moreAplicom‟s unique and fully programmable, professional vehicle computers have been combined with a tailored software application from PSR to provide highly efficient management of the winter highways maintenance fleet at Suffolk County Council.
PSR, one of the world‟s leading designers and manufacturers of telematics for transportation and, in particular, highways winter maintenance has developed this solution for Suffolk County Council. PSR selected Aplicom‟s ICA 1004 vehicle computer because it is fully programmable, and because of its proven effectiveness and reliability in operation.
Aplicom‟s professional vehicle computers provide software developers and system integrators with an ideal open platform. Independence from vehicle chassis manufacturers and wireless networks, and an open platform architecture, offers PSR a unique computerised opportunity to devote its expertise to developing a practical solution, based on common industry standards, but which is also able to handle specially written software.
The four serial ports of the Aplicom ICA-series vehicle computer allow data communications with a wide range of other devices. PSR‟s application in Suffolk obtains information from the gritting vehicle‟s „spreader control box‟, including data on when it is being used, the amount of salt or grit being spread on the road, and the different quantities of material in the mixture, as well as vehicle position, speed and direction. This is securely logged within the vehicle computer and data is then available for automatic transmission and downloading at the fleet manager‟s request.
The vehicle computer is discreet and can be hidden unobtrusively within the cab of the vehicle without hindering or obstructing the driver. Once installed it requires no input or action by the driver, and can be programmed to transmit any data required, automatically.
The ability to fit Aplicom computers to any vehicle, regardless of chassis type, means that the PSR solution can be used in fleets where there is a mix of vehicles. In Suffolk, the council operates gritting machines and hoppers manufactured by Econ and Epoke, but it is also a simple procedure to ensure that the interface is just as clear and reliable with the equipment of other manufacturers. When the role of the vehicle changes – for example, a salt spreading vehicle can become a general purpose tipper during Spring, Summer and Autumn – the Aplicom vehicle computer can support other operating programmes. Therefore the same levels of improved productivity and cost control can be utilised throughout the seasons.
In the UK there is a continuing drive by central government for more efficient and effective electronic communications at all levels – often known as E-Government. This filters down to the local authorities‟ needs for „Best Value‟ for the council taxpayers, to clearly demonstrate that public money is being spent for the benefit of the community. There is also a legal requirement for councils to record where roads have been treated for ice and snow – minimising driver risk and resultant claims.
Suffolk County Council chose the PSR solution – the Wintranet system, designed and developed by PSR – because itnot only covers their current needs, but is also capable of handling anticipated future needs.”The system gives us confidence that our thorough planning for salting and snow clearing operations is being followedin practice,” says Andrew Guttridge of Suffolk County Council.
“It allows us to investigate, and where appropriate rebut, claims against us. It also gives support to our drivers as it can be proved that they have followed routes conscientiously and disputed accounts of events can be resolved. In severe snow conditions, the ability to quickly pinpoint the location of a vehicle is an important safety measure, particularly if radio contact has been lost.”
The PSR application software solution follows a logical sequence. The software handles detailed route planning, which can be made available to others via the council‟s system controller, involving highly accurate satellite communications with GPS positioning. The software then automatically gathers and logs data within the Aplicom vehicle computer on the amount of salt being spread and the way that it is being spread, and this information is then available to download to the server via wireless networks, such as GSM.
PSR‟s Wintranet software can be configured to include automatic dial-up via GSM. At pre-set time intervals or at the end of the route the computer will automatically dial up the server at the Department‟s Central Administration office and download all the stored data. This means the fleet manager can have all the required information while the operation is happening as well as when the driver/operator returns. Automatic dial-up is simply a configuration process, so the local authority can make full use of the flexibility of the system by tailoring the solution to its own requirements -requesting downloads when, how and to whom it wishes.
Suffolk County Council has also locked in to a consortium set up to maximise the efficiency of winter roads treatment nationally. Information on the use of salt – where and how much – is shared by the salt producers, salt stock holders and the deliverers of salt to local authorities and contractors. This enables a full salt-stock management programme. Using the PSR system, data is transmitted with more efficiency so that correct stock levels are maintained without fail.
Suffolk County Council may have vision, but it is still under the same budget pressures as other local authorities. The data obtained by the Aplicom and PSR solution provides information for fleet management and close budget control, and this ensures the highest possible levels of cost-effectiveness.
The system in Suffolk has been developed by PSR specifically for the local authority application environment. Whilst it is dependent upon the power, wireless communications ability and full programmability of Aplicom vehicle computers, the PSR system is still in its infancy. For the future, the combination of PSR application software and Aplicom vehicle computers looks likely to expand into a wide range of other local authority applications, such as gully maintenance, street lighting, emergency response services, street cleansing and refuse collection – all key municipal functions.
PSR and Aplicom are pushing forward the technology of vehicle telematics. Even now Aplicom vehicle computers can handle the new GPRS wireless communication networks. At the same time the demands of local authorities for the clear benefits of this communication solution are proving the „pull‟ for even more advanced and effective solutions for transportation efficiency.
Further information on Aplicom can be found at www.aplicom.com.
Read moreMotion Hellas, a leading Greek company in the areas of real time control systems, industrial automation, engineering, manufacturing and CIM software and telematics applications implemented an automatic vehicle monitoring system (AVL) and fleet management system by using the Aplicom F-series vehicle computers for the waste management services during the Olympic and Paralympic Games in Athens 2004.
The waste trucks were equipped with Aplicom F-series for location surveillance and monitoring using GPS and GPRS signals.
The Aplicom F-series was chosen, because the vehicle computer is known for its reliability. In addition, it offers the possibility to incorporate various peripheral devices. Devices that can be incorporated to the F-series vehicle computer include GPS receiver, GSM/GPRS, display, touch screen, keyboard, smart card reader RFID reader, headset, loudspeakers and I/O interface offering temperature and weight control”.
Motion Hellas has developed a dedicated F-series user interface specifically for waste management applications. Fleet control transmit to the telematics control center status messages and I/O signals which offers:
The Aplicom F-series fits perfectly to the needs of waste collection and the transportation sector. Motion Hellas with its specific user interface and waste management application is bringing clear benefits to the customers.
Read moreWith a membership of around 14 million, the ADAC is not only the largest automobile association in Europe, but also a pioneer in the field of traffic telematics. The German automobile association was one of the first service providers to exploit the potential of modern information and data communication technology in the area of breakdown recovery, inviting tenders for a radio and data transmission system (BOTE) as early as 1983. The Finnish company Aplicom is a long-standing partner and equipment provider of the ADAC. As a leading manufacturer of vehicle computers and vehicle terminals, in 1990 Aplicom was one of the first companies in Europe to begin developing and producing hardware for mobile data communications in vehicles.
In 1995, when telematics was still in its infancy in Germany, Aplicom installed its first vehicle computer in an ADAC road patrol vehicle in cooperation with system partner Kratzer. The basis for this development process was provided by the launch of the “MODACOM” mobile radio data transmission system by Deutsche Telekom (DeTe-Mobil) in 1991, which enabled fast and reliable data communications with blanket coverage. The increasing workload for the ADAC’s patrol vehicles, which carry out around 3.5 million breakdown recovery operations annually, led to an attendant rise in technical requirements for the purposes of controlling the fleet of vehicles. By the end of 2000, all the road patrol vehicles were equipped with GPS technology (Global Positioning System) for satellite location. The German automobile association now has one of the largest satellite-controlled vehicle fleets in Europe.
The delivery of the 1,000th Aplicom vehicle terminal to the ADAC in October of this year marks more than just the joint success of a long-standing collaboration. Both partners are convinced that their involvement in traffic telematics also represents an important contribution to faster and more reliable breakdown recovery services on Germany’s roads. “We are proud to be one of the trailblazers in the field of mobile data communications in Germany. Together with the ADAC, we have made a great leap forward. The new challenge now lies in pursuing a cooperative approach to solve traffic problems on the roads of a united Europe. Developing appropriate solutions in collaboration with our German and European partners is our overriding aim”, explains Lasse Paakkola from Aplicom with regard to the future challenges and objectives for his company. Aplicom is currently equipping the vehicle fleets of the automobile clubs in Austria (ÖAMTC), Switzerland (TCS) and the Netherlands (ANWB) along the same lines as its cooperation with the ADAC, for example.
Emergency calls are handled and the ADAC vehicles are controlled via the six control centres in Landsberg/Lech (near Munich), Gross-Gerau, Hamburg, Genshagen (near Berlin), Magdeburg and Dormagen (near Cologne). The “yellow angels”, as the patrol vehicles are known, can be called around the clock on a standard nationwide telephone number – 0180 2-22 22 22 (no dialling code required on cellular phones) and via emergency telephones on the motorways. With specially installed telematics equipment, motorists are also able to call for help at the push of a button. In this case, in addition to the emergency breakdown call the vehicle’s position as calculated by the GPS system is also relayed to the regional control centre. Here the call is received by a member of the call centre staff, the data are entered in the computer system and forwarded to the operations manager and deployment of the road patrol vehicles is coordinated.
The GPS satellite location system with which all 1,690 of the association’s vehicles are equipped provides the operations manager with an on-screen digitised map indicating precisely which of the patrol vehicles will be able to reach the scene of the breakdown most quickly. At the push of a button, a job is selected and sent automatically via the wireless Modacom data network to the driver concerned. The roughly 1,000 ADAC road patrol vehicles which are equipped with a vehicle terminal from Aplicom possess a vehicle computer (ICA 2004), a display (DT 3000) and a keypad (KP3). The transmitted data are stored in the vehicle computer and presented on the terminal display. Similarly, messages indicating the driver’s work status (e.g. start of work, break, end of break and end of work) are transmitted via radio data transmission to the control centre. The driver also confirms receipt of the message and completion of his operation at the touch of a button.
The advantages of mobile data transmission over voice communications via radio are self-evident. The fact that only a single data entry operation is required results in a marked reduction not only in routine work but also in the incidence of errors in assigning jobs. In conjunction with the GPS location system it has been possible to organise deployment of the vehicles more efficiently and to optimise the drivers’ work schedule. Overall, this has led to an improvement in productivity of around 13 per cent in dealing with emergencies. Above all, the waiting time for those seeking assistance has been reduced considerably, resulting in a waiting time of under an hour for 60% of all deployments and an average waiting time per emergency of 39 minutes.
The recovery service personnel’s initial fear of the new technology was dispelled by intensive introductory courses and regular training. Initial concerns among the drivers that they would be under total surveillance were only to be observed in the launch phase. Ultimately, the system has also led to greater satisfaction among the drivers on account of the elimination of unnecessary journeys, ombined with the feeling that they are able to offer an even faster and more comprehensive service.
Read moreThe M25, Europe‟s busiest motorway, and surrounding areas carry more traffic than any other part of Britain each day. Accidents and breakdowns have a serious knock-on effect with traffic often building up for miles until incidents are cleared.
Traditionally, rescue and recovery services have relied on telephone calls from those needing assistance or the police in the case of accidents. A central server carried all the relevant data and this was taken up by independent recovery operations working in the area of the incident.
The three major problems were: 1. Efficiency, because of the high number of independent recovery operators; 2. The length of time taken to manually log and relay information to and from drivers; and 3. Safety of the drivers, where most communications was carried out by mobile phone.
Ontime Rescue and Recovery has solved all three problems, with the help of a two-way data transmission communications software and project management from Siemens Datatrak, and Aplicom‟s advanced invehicle computer workstations.
Ontime is a single organisation based on the purchase of five of the eight rescue and recovery operations covering the M25 and south-east of England. The single, computer-based central control office in Hayes, Middlesex, controls vehicles in major parts of Greater London, Sussex, Kent, Essex, Hertfordshire, Buckinghamshire, Berkshire and Surrey.
Each of the 200+ Ontime recovery vehicles, the area‟s largest fleet has an Aplicom ICA 2004 vehicle computer including clear screen monitor and keypad. Being fully programmable they were selected by Siemens Datatrak, one of the world leaders in two-way interactive date communications. Siemens Datatrak to carry out all the software programming using the highly reliable, simple to operate OS95 system from Nokia. Each of the computers has integral AVL with responder set to work every 108 seconds.
Using the Aplicom hardware and the Siemens Datatrak communications software the driver receives text messages – faster, clearer and more accurately than the previous mobile phone system – and can then report back to the Ontime control centre.
Rescue and Recovery services not only have to be profitable to survive and invest, but their performance is a vital factor in maintaining the licence to operate. This demands ever improving efficiency, reduced time in communications, and fast responses to incidents. Colin Jefferys, Ontime‟s Operations Director, says the Aplicom computers, working with the Siemens Datatrak telematics and communications software, are helping to generate significantly improved efficiency.
“All data needed by the driver is sent direct to the vehicle and stored so he can access it when it is needed. Text-based data is a lot more reliable and accurate than using verbal, mobile telephone links,” he says.
“In the past, while the control centre has had all the information, communication to the drivers has been by mobile phone and that is open to mistakes and misinterpretations. Time is also significantly reduced because the data received by the control centre can be immediately copied to the driver, cutting out telephone calls, the need for checking of locations and addresses, and manual logging.”
Ontime‟s control centre picks up information from the Laserbyte server – central host for the calls from police and motoring organisations. The control centre then allocates this data to the best located and most suitably equipped recovery vehicle. The driver is audibly informed he has a message and he can then respond as soon as it is safe to do so – using the Aplicom keypad without having the spend time using a mobile phone.
Call-out information, including the driver‟s name, vehicle, location and a brief description of the problem, is logged in a very high capacity central server, which is accessed by all rescue and recovery operations. The Siemens Datatrak service extracts the information relevant to incidents in the Ontime areas and enters it into a complete management system. Data is transferred via a secure modem-based system to the Ontime head office in Hayes, and then to and from the on-board Aplicom computers.
Data displayed on the Aplicom screen means that the driver is often aware of the extent of the problem before he arrives, improving customer service and making maximum use of time at the roadside. At the incident the driver generates a status report on the Aplicom keypad, often by pressing a single button for messages such as „On Scene‟ or „Recovery Completed‟.
The Aplicom ICA-series vehicle computers include a compact on-board computer unit, high definition monochrome monitor and easy to operate, dashboard-mounted keypad. Aplicom vehicle computers are fully programmable and support a variety of data communications technologies including GSM, GPRS, GPS, TETRA, trunking and traditional PMR networks.
Mike Baker of Siemens Datatrak said that the Aplicom 2004 vehicle computer is ideal for this application. “It has proved to be highly reliable, ideally suited to the type of interactive communications we need, and very easy to see and operate within the vehicle cab,” he says.
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