Several variables, including a rising human population, varying weather patterns in the
context of ongoing climate change, and the rapid worldwide spread of epidemics, all …

The continuous increase in global food consumption brings forward the need for constant
development of technologies to enhance the existing quality assessment methods. Such …

Synthetic aperture radar (SAR) technology has emerged as a pivotal tool in viticulture,
offering unique capabilities for various applications. This study provides a comprehensive …

Grape yield estimation has traditionally been performed using manual techniques. However,
these tend to be labour intensive and can be inaccurate. Computer vision techniques have …

The performance of a vineyard can be influenced by accurate yield estimations prior to
harvest. Traditionally, this is a manual process. However, due to the high labour costs and …

A series of S-band radar scans of grape vines conducted over the growing season is
presented. Despite covering the time frame from early development of grape berries to …

Radar imagery of grape bunches of various sizes demonstrate optical region scattering in
the 2 to 4 GHz band. Simulations in this band demonstrate that leaves are virtually …

Detection of grape bunches on a grape vine requires understanding of the radar scattering
environment. Early work has shown scattering from leaves is minimal at S-band (2-4 GHz) …

The design of a cavity backed dipole antenna is presented in this paper. The antenna is
designed for a microwave sensor that is developed to perform automatic estimation of grape …

Accurate and timely predictions of grape yield are required by the wine industry for logistics
planning, crop management, and wine marketing strategies. The Grape Yield Analyser …