The introduction of intelligent machines and autonomous vehicles to agricultural operations
will allow for increased efficiency as well as for reduced environmental impact. Currently …

A literature review was conducted to collate best practice techniques for soil compaction
management within cotton-farming systems in Australia. Universally negative effects of traffic …

Automation and robotics for agricultural production are topics of tremendous interest and
large investments. There have been significant recent advances in agricultural automation …

Agricultural machines spend a significant part of their time on non-productive operations
such as maneuvering near the boundaries of the field and loading or offloading of inputs or …

In the agricultural industry, an evolutionary effort has been made over the last two decades
to achieve precise autonomous systems to perform typical in‐field tasks, including …

Olive oil production is among the most significant pillars of crop production, especially in the
Mediterranean region. The management risks undertaken throughout the olive oil …

Automated agricultural operations must be planned and organized to reduce risk and failure
potential while optimizing productivity and efficiency. However, the diversity of natural …

Path commands, obtained through a traveling route strategy for auto-steering control in a
test field, are essential for the operation of an autonomous tractor from a given starting point …

The costs of cultivating agricultural fields strongly depend, among other things, on field
geometry and farm-field distance. Field size and shape influence farming efficiency at the …

The randomized traffic during all crop cycles in the Brazilian sugarcane production system
enhances soil compaction. The use of automatic steering in controlled traffic farming …