Tire Contact Footprint Area Measurement Using an Alternative Bounding Box Method
Journal Title: International Journal of engineering Research and Applications - Year 2017, Vol 7, Issue 8
Abstract
In this paper we represent an image processing technique for tire contact footprint area calculation. Two main stages are discussed – determining the actual contour of the footprint, and calculating the area of the enclosed image. For the first one task we propose an alternative method, allowing realization of an enclosing box for a point set in the two dimensional space.
Authors and Affiliations
Lenko Erbakanov, Liliya Staneva, Ivelina Vardeva, Yuliyan Petrov
Experimental Investigation of Using Ultra-Fine Glass Powder in Concrete
The Ultra- Fine Glass Powder (UFGP) smaller than 0.075 mm (No. 200) produced from grinding and polishing edges on flat glass of different size and thickness, has been used instead of sand in different proportions which a...
Area Optimized Radix-2 8-Bit Reversible Booth Multiplier
Reversible logic attains the attraction of researchers in the last decade mainly due to low-power dissipation and area efficient. Designers „endeavours are thus continuing in creating complete reversible circuits consist...
Preparation GSM Controlled Home Automation System
Global mobile communication system known as the Global System for Mobile Communications, or GSM briefly on a mobile phone communications protocol. Today, this protocol is used as much as communication between machines, f...
Numerical Investigation Of Parabolic Leaf Spring For Composite Materials Using Ansys
The purpose of the present investigation is to reduce the stress acting in the parabolic leaf spring in order to reduce the vibration of the vehicle. It can be achieved by choosing suitable composite materials e-glass/ep...
Communication over Ad Hoc Networks under Quality of Services Constraints: A Review
It is quite challenging to maintain the quality of wireless transmission over mobile ad hoc networks due to various factors i.e. error prone channel condition, behavior of intermediate layers, node’s mobility, low radio...