the industries where vehicle tracking proves useful: 1. Limousine fleet management People prefer Limousine due to its improved complacency, coziness, and customer service. With the GPS Tracking, all these features will definitely get upgraded. Here are the ways by which limousine fleet management becomes efficient with the vehicle tracking system: You will be able to validate the pick up and drop- off details Able to decrease operating costs by regular monitoring of vehicle idling and speeding
self-contained navigation system which automatically provides vehicle position, heading, and velocity, termed as Inertial Reference System (IRS) or Inertial Navigation System (INS). Software Ethics that have been violated: ¬ Public-Requirements phase: Research indicates that there was a software computation within IRS that has been used before the takeoff which is not really needed, Initially the requirements were not accurate. Software shouldn’t run in critical systems unless it is needed, this
aircraft’s propulsion system. In close air to air combat, Thrust Vectoring allows the aircraft to operate in the post stall flight regime. This provides a tactical advantage by increasing aircraft agility and maneuverability. A further advantage is gained in long range combat by reducing signature and increasing range. The ability to land and take off from short unimproved runways is
genuine if the item idea is not completely accepted during testing or more awful yet, an approved item has not been enhanced for financially effective creation and assembly. Stage-gate system is used in turning ideas into reality and it is also known as Idea-to-launch process. There are 7 phases of stage-gate system at Ashok Leyland, starting from properly defining
“FLY SPY ROBOT USING MEMS” ANNA UNIVERSITY CHENNAI Presented by, R.VENKATARAMANAA T.S.MANIKANDA MAHARAJ E_mail id:venkatece703@gmail.com Mobile:9940398259 Abstract 1. This paper presents a feasibility analysis of developing an ultra-small bio-mimetic flying machine using the most advanced engineering technologies that exist today. 2. The core part of this project includes leading edge technologies such as MEMS, IC’s and wireless technologies. 3. Here aerodynamic
Individual members such as beams, columns, shafts, plates and shells may be modeled. The solutions are Federal Judicial Academy Phase II, Islamabad Chapter-1 4 derived from the equations of linear elasticity. The equations of elasticity of are a system of partial differential equations. Due to the nature of the mathematics involved, analytical
of brake that uses calipers to squeeze the pairs of pads against a rotating disc in order to create friction that slower the rotation of a shaft such as a vehicle axle, either to reduce its rotational speed or to make it stationary. The energy of motion is converted into waste heat which must be dispersed. Disc brakes are commonly used for vehicle braking but they are applicable to almost any rotating shaft. The brake disc (or rotor in American English) is usually made of cast iron, but in some cases
be fabricated into complex shapes. Major advantages of composite materials are that they can be tailored to meet the specific needs of the structure, determined by reinforcement and matrix in proper way and also these composites have been used in vehicle industries about more than 50%, this is the main