Aquaculture is presented as a sustainable alternative to the consumption of wild fish, for
example, reducing inputs (such as feed), optimizing outputs, and reducing pollution …

While marine aquaculture, or mariculture, has been growing rapidly and globally in recent
decades, many environmental concerns remain to be fully addressed to achieve its long …

Intensive shrimp production has been considered one way to increase output quantity.
However, many factors need to be considered to maintain product quality, sustained …

Aquaculture is moving toward an intensive controlled environment production with a
significant increase in production, but at a cost of increased risk of catastrophic loss due to …

Wireless sensor network technology holds great promise for application in agriculture to
improve crop yield, improve quality, and reduce costs. This paper presents wireless sensor …

In Aquaculture, the yields (shrimp, fish etc.) depend on the water characteristics of the
aquaculture pond. For maximizing fish yields, the parameters which are to be kept at certain …

Precision aquaculture is a new field that allows farmers to have better control over
aquaculture processes, facilitating decision-making and improving efficiency. The …

Path loss models are used to estimate the path loss between transmitter and receiver in
applications that involve transmission of electromagnetic waves. This paper describes the …

The accuracy of the path loss models directly affects the performance of the wireless sensor
networks (WSN) and the efficiency of coverage planning. In this article, as a novelty, new …

An accurate characterization of the wave propagation inside tunnels is of practical
importance for the design of advanced communication systems. This paper presents a five …