Situational Awareness Robot

Abstract

Life is a precious gift from God. Many soldiers and public safety professionals are sacrificing their lives in many situations mainly because of lack of awareness. So an effort is made to reduce the risk of human lives in these situations. The Situational Awareness Robot(SAR) is a tactical mobile robot that gathers situational awareness in dangerous conditions for war fighters and public safety professionals. The situational awareness robot is a portable robot with dexterous manipulator and wearable controller for dismounted mobile operations.SAR enters areas that are inaccessible or too dangerous for people, providing assistance for infantry troops, combat engineers, mobile Explosive Ordnance Disposal(EOD) technicians and other personnel. The SAR gathers situational awareness in dangerous conditions while keeping war fighters and public safety professionals out of harms. This Robot performs dismounted mobile operations.It operates in a variety of conditions and weather. It keeps personnel and civilians at safe stand-off distances. It performs dismounted operations like surveillance or reconnaissance, EOD and route clearance missions. Dexterous manipulation of objects easily climbs stairs and overcomes obstacles. Its rugged design operates in all weather conditions.SAR is light weight and compact. Game style hand controller reduces training time. Modular design accommodates optional payloads and sensors.

Authors and Affiliations

Aswin Kumar Gutta| B.Tech Students Department of Electronics and Communication Engineering DMS SVH College of Engineering Machilipatnam, India, Bandikolla Vikram| B.Tech Students Department of Electronics and Communication Engineering DMS SVH College of Engineering Machilipatnam, India, Kadi Ruthvik| B.Tech Students Department of Electronics and Communication Engineering DMS SVH College of Engineering Machilipatnam, India, Dyva Lional Paul Kollabathula| B.Tech Students Department of Electronics and Communication Engineering DMS SVH College of Engineering Machilipatnam, India, Koganti Ravi Kumar| B.Tech Students Department of Electronics and Communication Engineering DMS SVH College of Engineering Machilipatnam, India, Kollipara Atchyuta Ram Prasad| B.Tech Students Department of Electronics and Communication Engineering DMS SVH College of Engineering Machilipatnam, India, P. S. Suhasini| Associate Professor Department of Electronics and Communication Engineering DMS SVH College of Engineering, Machilipatnam, India

Keywords

Related Articles

Analysis of Extremely Low VSWR Characteristics of Feed Network of Rectangular Microstrip Patch Antenna

This paper describes extremely low VSWR characteristics of coaxial and microstrip feed networks for slotloaded rectangular microstrip patch antennas. Both Inset feed and coaxial feed from the ground plane are considere...

Channel Estimation with Extended Kalman Filter for Fading Channels

Channel estimation is simply defined as the process of characterizing the effect of the physical channel on the input sequence. They may or may not contain the transmission of a training sequence. Data based channel esti...

Audio Steganography in a Nutshell

Information hiding technique is a new kind of secret communication technology. Steganography has been proposed as a new alternative technique to enforce data security. A perfect audio Steganographic technique aim at embe...

Multilevel Power Estimation Of Benchmark Circuit Using Neural Algorithm

Dissipation of power has emerged as one of the very important design constraints as the complexity of VLSI circuits has been increased. Now low power designs are generally preferred in various applications. In order t...

A Mathematical Approach towards Mitigating the Effects of Wormhole Attack

Mobile Ad-hoc or spontaneous wireless networks are threatened by a powerful attack known as the wormhole attack. The wormhole attack is very powerful and preventing the attack has proven to be difficult. A strategic plac...

Download PDF file
  • EP ID EP8402
  • DOI -
  • Views 382
  • Downloads 22

How To Cite

Aswin Kumar Gutta, Bandikolla Vikram, Kadi Ruthvik, Dyva Lional Paul Kollabathula, Koganti Ravi Kumar, Kollipara Atchyuta Ram Prasad, P. S. Suhasini (2014). Situational Awareness Robot. International Journal of Electronics Communication and Computer Technology, 4(3), 653-655. https://europub.co.uk./articles/-A-8402