Guidance systems , Other Engineering

Assignment Help:

The design and implementation of an autonomous guidance system requires knowledge and an understanding of a wide range of technologies, from the physical dynamics of the vehicle (including mechanical and structural properties) to the accuracies and inaccuracies of the sensors used to guide the vehicle.
At the simplest level a guidance system has:
- A sensor to generate measurements.
- A guidance law to convert the measurements into a requirement (usually a requirement on the acceleration of the vehicle).
- A dynamical model/transfer function to convert the requirement into a desired control/command.
- A control system to minimise the difference
between the desired control and the actual control achieved.


Related Discussions:- Guidance systems

Financial strategy and operations, Q. A. Microfinance case How would you va...

Q. A. Microfinance case How would you value the price of a Microfinance Institution? Using data available on the net, explain what would you consider the value of SKS (India) or Co

Image orthicon camera tube, What are the disadvantages of Image Orthicon Ca...

What are the disadvantages of Image Orthicon Camera tube

Calculate pi for infinite series, Write a program to calculate from the i...

Write a program to calculate from the infinite series: Print a table showing the value of approximated by one term, two terms, three terms, four terms, and so on from th

Sprinkler system - fire protection engineering, Sprinkler system - fire pro...

Sprinkler system - fire protection engineering Sprinkler systems may be installed in a building to achieve a number of different objectives.  Very often the primary reason for

Difference between fin and swell, Difference Between Fin and Swell    ...

Difference Between Fin and Swell          Swell : The unintentional bulges found on the casting surfaces are known as swells. Such enlargements on the casting surface are cau

Mode iii interlaminar fracture toughness , Mode III Interlaminar Fracture T...

Mode III Interlaminar Fracture Toughness  The Mode III interlaminar fracture toughness of a composite can be measured using the split cantilever beam (SCB) geometry. Here, a c

Flight control - estimators for control, Estimators for control: App...

Estimators for control: Applying control by the state itself needs transducers measuring each componentof x. If instead we apply control using the estimate of state (as prov

Slip and slip plane, Q. What is slip? What is slip plane? What are principa...

Q. What is slip? What is slip plane? What are principal if slip planes and slip direction for BCC, FCC and HCP crystal? Ans. X-ray diffraction studies show that the crystalli

Secure communication, Distinguish between passive and active attacks,

Distinguish between passive and active attacks,

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd