A recent trend towards greater automation of earthmoving machines, such as backhoes, loaders, and dozers, reflects a larger movement in the construction industry to improve productivity, efficiency and safety. This document reviews related work in various disciplines drawn upon by researchers — soil mechanics, computer graphics, kinematic and dynamical modeling, optimization, control and decision theory. A taxonomy is suggested into which various automated systems reported in the literature, can be classified
The need for automation to better deal with the safety and the productivity requirements of earthwor...
A review of techniques used in industry showed that there is an absence of a formalised, systematic ...
The objective of this article is to examine present and upcoming automation options for automating o...
A recent trend towards greater automation of earthmoving machines, such as backhoes, loaders, and do...
This paper provides an overview of recent progress in the automation related to earthmoving systems....
AbstractA wheel loader is an earth-moving machine used in construction sites, gravel pits and mining...
The earth-moving machines are used in many industries such as mining, construction,forestry, agricul...
Automated machine guidance (AMG) systems are a relatively new solution to enhance the precision and ...
SUMMARY: This paper presents an automated system for actual productivity assessment of earthmoving o...
Abstract: We present a composite forward model of the mechanics of an excavator backhoe digging in s...
Improving construction productivity is essential today due to stringent financial resources. Micro-c...
Abstract There has been an increasing interest in the application of robotic autonomous systems (...
The research presented in this paper focuses on wheel loaders, which are representative for earthmov...
Survey of literature has revealed research on excavators in trajectory analysis, modeling, control, ...
The excavation of foundations, general earthworks and earth removal tasks are activities which invol...
The need for automation to better deal with the safety and the productivity requirements of earthwor...
A review of techniques used in industry showed that there is an absence of a formalised, systematic ...
The objective of this article is to examine present and upcoming automation options for automating o...
A recent trend towards greater automation of earthmoving machines, such as backhoes, loaders, and do...
This paper provides an overview of recent progress in the automation related to earthmoving systems....
AbstractA wheel loader is an earth-moving machine used in construction sites, gravel pits and mining...
The earth-moving machines are used in many industries such as mining, construction,forestry, agricul...
Automated machine guidance (AMG) systems are a relatively new solution to enhance the precision and ...
SUMMARY: This paper presents an automated system for actual productivity assessment of earthmoving o...
Abstract: We present a composite forward model of the mechanics of an excavator backhoe digging in s...
Improving construction productivity is essential today due to stringent financial resources. Micro-c...
Abstract There has been an increasing interest in the application of robotic autonomous systems (...
The research presented in this paper focuses on wheel loaders, which are representative for earthmov...
Survey of literature has revealed research on excavators in trajectory analysis, modeling, control, ...
The excavation of foundations, general earthworks and earth removal tasks are activities which invol...
The need for automation to better deal with the safety and the productivity requirements of earthwor...
A review of techniques used in industry showed that there is an absence of a formalised, systematic ...
The objective of this article is to examine present and upcoming automation options for automating o...