Pseudocode of the solution approach is summarised in Algorithm 1. The gravity acceleration, velocity, range angle (sensor specificity), and height are used for bank angle and sensor coverage calculations. The turn angle threshold (bank angle) is calculated by α=arctan(v2Rg), where v is the ...
Algorithm 1 presents the pseudocode of BA. Algorithm 1 Pseudocode of BA Full size image 3.2 Proposed IBBA The exploitation mechanism in the original BA, as described in Eq. (5), is solely reliant on the current global best solution. This overreliance on the best individual leads to rapid ...
An example of an algorithm in everyday life is a recipe since a recipe provides instructions for a dish. What is an algorithm in simple terms? In simplest terms, an algorithm is a set of instructions for some procedure of process. An algorithm can also be thought of as a blueprint or ...
The value of an also decreases the value of \(\overrightarrow{A}\), which now falls between [− 1, 1]. The pseudocode of the GWO is provided in Algorithm 1. Algorithm 1 Pseudocode of grey wolf optimizer. Full size image K-means clustering-based grey wolf optimizer In addition to ...
Algorithms can be presented by natural languages, pseudocode, and flowcharts, etc. image / video 16:9 Definition of Flowchart A flowchart is the graphical or pictorial representation of an algorithm with the help of different symbols, shapes, and arrows to demonstrate a process or a program. ...
The algorithm is written inpseudocodethat is close enough to most conventional high-level computer languages. The advantage of using pseudocode is to allow thealgorithm designto concentrate on the algorithmic ideas instead of being distracted by syntax details of a certain computer language. We shall...
The process will continue until the largest element in the array is at the '(n - k + 1)th' position. Following is the pseudocode of Bubble Sort Algorithm: begin bubbleSort(array): N <- length(array) for j = 0 to N: for i = 0 to N-1: if array[i] > array[i+1] temp <-...
3.3.1FPA pseudocode and parameters The main steps of FPA can be summarized as thepseudocodeshown inAlgorithm 2. Sign in to download full-size image Algorithm 2.FPA pseudocode. There are three parameters in FPA, i.e., the switching probabilityp, thepopulation sizen, and the scaling parameter...
Simplified pseudocode elicited from the state transition diagram in Figure 6.27. Election algorithms are distributed algorithms that operate within distributed applications. They have a number of specific design requirements arising from both their distributed nature and the key behavioral requirement that ...
is consistently tracked and stored. Upon the completion of the entire algorithm, the best candidate, referred to as the dominant hippopotamus solution, is unveiled as the ultimate solution to the problem. The HO's procedural details are shown in Fig.4flowchart and Algorithm 1's pseudocode. ...