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Implementasi Algoritma Boldi Vigna Kompresi File Teks

Introduction

Implementasi algoritma boldi vigna kompresi file teks. Pelajari implementasi algoritma Boldi Vigna untuk kompresi file teks yang efisien. Optimalkan penyimpanan dan transmisi data dengan teknologi kompresi canggih.

Abstract

Data compression technology is the process of converting a set of data into a lower form of code. Compression techniques are usually used for data transmission processes, Data compression or data compression is a way in computer science to require smaller storage space, making it more efficient in storage. Boldi Vigna is an example of an algorithm for compression where both compress data by descending sorting each character. Implementation is the application or implementation, as an action to carry out the plans that have been made.

Review

This paper, titled "Implementasi Algoritma Boldi Vigna Kompresi File Teks," proposes to explore the implementation of the Boldi Vigna algorithm for text file compression. The general topic of data compression is undoubtedly relevant in computer science, given its importance for efficient data storage and transmission. The intention to apply a specific compression algorithm to text data could be of interest to those working in data management, information retrieval, and computational linguistics, offering a practical application of theoretical compression principles. However, the provided abstract suffers from several critical weaknesses that significantly diminish its scientific credibility. It opens with overly simplistic and general definitions of data compression, which are redundant and inappropriate for an academic audience. More alarmingly, the description of the Boldi Vigna algorithm—stating it "compress[es] data by descending sorting each character"—appears to be a fundamental misrepresentation. Boldi Vigna is widely recognized as a variable-byte integer encoding scheme, not a character sorting algorithm for direct text compression, raising serious concerns about the authors' understanding of the algorithm they claim to implement. Additionally, the abstract includes a circular and unnecessary definition of "implementation," further detracting from its conciseness and academic rigor. To be considered a credible academic contribution, this work requires a thorough revision, particularly of its abstract and potentially its foundational understanding of the Boldi Vigna algorithm. The abstract must be completely rewritten to be concise, accurate, and informative, specifically detailing the methodology, experimental setup, and the actual or expected performance metrics. It is crucial to provide a technically correct explanation of how the Boldi Vigna algorithm functions and how it is specifically applied to text files in this implementation. Furthermore, the abstract must clearly articulate the unique contribution, challenges addressed, and key findings of this specific implementation, rather than just stating a generic intent. Without these significant improvements, the paper lacks the necessary precision and rigor to be publishable.

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