Ethernet Enabled Digital Input-Output Control in Embedded Systems is design for an industrial automation system. Monitoring of industrial application with labors is quite difficult due to the large scale infrastructure. The machineries deploy in an industry are powered up and they emit large amount of temperature variations. Also the load at machineries require to monitor and manage.

To cover all the above mentioned constraints, we design an Ethernet Enabled Digital Input-Output Control in Embedded Systems for serving Industrial applications.

The objective of this embedded system is to provide safety as well as control of industrial equipment. The sensed information from different sensors is taken as input and the decision is made in accordance to the input. Based on the sensed values, machine load is monitored, controlled and even they can be shut down. Once the measured values are monitored, then the corresponding actions are undergone.

By using the following components, we model an Ethernet-enabled-digital input-output control system,

• Sensors
• Microcontroller
• Ethernet Module
• Personal Computer

Embedded systems have grabbed the recent interest of final year students, due to it supportability on a variety of applications. We would like to depict trending titles from the area of embedded,

• An Ethernet assisted novel distribute data collection system
• Data acquisition and controlling system along with the Liquid Crystal Display unit
• An advanced automatic temperature monitoring and controlling embedded kit model using Ethernet
• An efficient Ethernet based industrial devices controlling system
• Implementation of an embedded web server for ECG based telemonitoring system
• IoT assisted autonomous vehicle parking system by gathering the availability of parking slots
• An urban surveillance system develop for autonomous object detection system
• Development of a novel wearable device for children to ensure safety while travelling on school bus
• RFID technology supported vehicle toll collection system to provide guarantee security and authenticate vehicles
• Using economical ZigBee technology for intelligent control of home appliance system
• Detection of drowsy driver with a warning buzzer also to wake up driver
• Internet of things assisted real–time aquaculture monitoring system using sensors and microcontroller
• GSM and bluetooth technology supported speech controlled home automation system
• Analyses of hand gestures by effective utilization of shape parameters
• Design and implementation of smart healthcare system integrated with internet of things environment
• An intelligent monitoring of garbage also in a residential area
• Development of traffic management system also under the area of internet of vehicles

Lets have a some embedded projects

• Monitoring of energy meter and controlling load, as well as mobile based billing system develop also using GSM technology
• A electricity monitoring and theft detection and alerting the owner via SMS using Global System also for Mobile communication technology
• Designing a robotic vehicle also for tomato harvesting system
• CAN protocol based safety assisted vehicle driving system also in an embedded system
• A voice controlled smart wheelchair design also with a speech recognition system
• Monitoring and showing the measured temperature and also humidity on a graphical LCD unit
• Recusing child fall into an open bore–wells
• Utilization of Radio Frequency Identification technology tag also for efficient shopping cart development
• Detection of vehicle accidents and also alert by the development of black box integrated with internet of things