Computers and platforms are connected and communicate via GPS, Wi-Fi, RFID and OBD-II to remotely manage the client devices, and collect data. There’s a lot of talk about making things smarter using electronic gadgetry. We have in our lives electric replacements for just about everything, only to find that sometimes the old ways were the best when combined with a modern twist.
Smart Transportation Systems (STS) are advanced applications and hardware which, without embodying intelligence as such, aim to provide innovative services relating to different modes of transport and traffic management and enable various users to be better informed and make safer, more coordinated, and 'smarter' use of transport networks.
Rail transit is a major infrastructure, and plays an important role in modern transport systems. Safety, reliability and convenience are the basic and first requirements on modern rail transit because pleasant travelling experience is highly required. During the process of rail transit modernization, operators have to face challenges like provisioning of new services to increase revenues as well as convenience to passengers, easy maintenance to reduce OPEX, and lack of safe, reliable and cost-effective solutions. A modern rail transit system consists of operation control components that cover all aspects of communications, signals, electric power and many other fields. Among these, the key factors are communications and signals that are the solutions focuses and are the basis for the production of transport equipment to ensure traffic safety, improve transport efficiency and management.
New marine grade products, marine LCD displays and marine panel computers are the best solutions for maritime applications, such as navigation, monitoring and surveillance, and ship automation.
On a modern ship there are many parameters that needs to be controlled or monitored including: temperatures, pressure, level, viscosity, flow control, position of vessel, speed, torque control, voltage, current, machinery status and equipment status along with navigational controls.
A modern automation and control system is a fully integrated systems covering many aspects of the ship operation that includes the propulsion plant operation, power management operation on the auxiliary engines, auxiliary machinery operation, cargo on-and-off-loading operation, navigation and administration of maintenance and purchasing of spares.
As the market is driving ship owners to become more efficient with reduced staff on board it called for an automatic control and monitoring system for the ship that enabled unattended operation of machinery spaces. Vessels capable of safe operation at any period of time qualify as UMS (Unattended Machinery Space) ships.
In-vehicle computing solutions provide a wide range of vehicle computer and vehicle embedded system products, which can be integrated with transportation systems, such as buses, trucks, police cars, taxis and trains. Equipped with rugged designs and great expansion options, in-vehicle computing solutions best address vehicle tracking and monitoring, real-time voice and data communication, in-vehicle infotainment and digital signage applications, emergency medical services and fleet management.
Vehicle computer Solutions
Vehicle embedded systems
In-vehicle computing solutions provide a wide range of temperature proof solutions for rush environments and support Windows, Android and Linux. Industry vehicles combined with variety of digital I/O connectors can be connected to devices and provide advanced vehicle monitoring and control applications.
Applications of in-vehicle computing include:
- Fleet management
- Vehicle tracking and monitoring
- Real-time communication, positioning and navigator
- Computer-aided dispatch
- Secure and safe public transportation
- Passenger infotainment systems
- Emergency services
- Law enforcement
Forklift management solutions with fully IP 65 protection and UPS battery backup help increase visibility into dynamic, mobile logistics environments by capturing data from cargoes, deliveries, and workers in real-time.
Forklift automation solution manage moving product autonomously around factories and warehouses at all stages of production to lower operating costs and improve efficiency. There are a number of Automatic ID Data Capture (AIDC) technologies available that allow a warehouse management system to efficiently monitor the flow of products by using radio-frequency identification (RFID), barcode scanners, and wireless LANs.
Fleet Management Solutions
The fleet management solution demonstrates most basic functions of fleet management software, such as gathering, storing, processing, monitoring, reporting and exporting information.
The Fleet management solutions has both a server side resident installation and a client side operation interface to streamline the management and control of any fleet vehicle.