Development of Tidal Prediction Functions Considering Ocean Meteorological Factors

Ocean Tidal Loading Corrections

Air/Ocean Model and Prediction System Development

The goal of this project is to develop a fully coupled mesoscale atmosphere-ocean prediction system that can be used over any given area of the world. This goal is to be accomplished by coupling a fullphysics mesoscale ocean model to a mesoscale atmospheric forecast model; developing, testing, and evaluating software for the necessary supporting infrastructure; and by leveraging related program...

Tidal prediction using time series analysis of Buoy observations

Although tidal observations which are extracted from coastal tide gages, have higher accuracy due to their higher sampling rate, installing these types of gages can impose some spatial limitation since we cannot use every part of sea to install them. To solve this limitation, we can employ satellite altimetry observations. However, satellite altimetry observations have lower sampling rate. Acco...

Similarity Clustering and Combination Load Forecasting Techniques Considering the Meteorological Factors

A similar historical load data search technique, which took the sum of meteorological load and secular trend load as clustering center, was put forward. This method can improve the similarity of the loads between forecast day and sample days, and so as to improve the reliability and precision of load forecast. Manifold load forecast methods assembled by optimal weight were also applied. Technic...

Neurocognitive Executive Functions: Development and Interaction with Environmental Factors

Background and Purpose: "Executive functions" is a general term and contains components which form a common pattern while being distinctive form each other at the same time. These functions imply the ability to use higher cognitive processes to focus on the significant aspects of the task and to plan for its completion. During the recent years, a general view has been developed indicating that ...