JOpt.SDK offers resource, route and transport optimisation with respect to various constraints such as time windows, load capacities, skills, compliance, working times, load balance and prescribed itinerary. In version 2.2.0 this engine now includes a module to estimate dioxide emissions exhausted during the transportation task. The optitimization algorithm allows to minimize emissions and is therefore suitable to assist coping with today's environmental requirements. The technology used for optimization is based on genetic algorithms and allows for very flexible and easy adaption to daily problems in transportation, deliveries, and sales force.
"Road transport generates about one fifth of the EU's CO2 emissions, with passenger cars responsible for around 12%. Although there have been significant improvements over recent years in vehicle technology - particularly in fuel efficiency, which translates into lower CO2 emissions – these have not been enough to neutralise the effect of increases in traffic and car size. While the EU-25 reduced overall emissions of greenhouse gases by almost 5% between 1990 and 2004, CO2 emissions from road transport rose by 26%", European Commission (IP/07/155, Date: 07/02/2007).
"Reading the figures, DNA sees the importance of reducing emissions for road transportation. Therefore we are proud to deliver a core technology that easily enables assessment of C02 emission and energy efficiency and delivers a reasonable foundation for setting up emission reduction strategies alongside transportation networks and supply chains. With JOpt 2.2.0 (codename GREEN) fleet operators can make their contribute to a better climate while additionaly saving cost and time throughout an optimum vehicle schedule that is automatically calculated by JOpt within minutes", says Vincent Mayer, DNA.
Worldwide, DNA partners rely on DNA's scheduling and rapid decisioning technology to bring their customers outstanding solutions for strategic and operational taskforce planning whithin one single piece of software by utilizing DNA's software components. The very easy way to adapt the optitimization core to a variety of different problems and the short time developers need to get familiar with JOpt.SDK are key factors why it is widely used in the transportation and telematics sector.
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