In this paper, we propose an approach for searching a speech query word in an audio data base. In this approach, we explore Sinusoidal modeling based features such as Amplitude, Frequency and Phase of the speech signal. Three independent systems are built using these features. Further, the Majority voting logic is used to arrive at a conclusion to locate (time stamp) the query word in the reference utterances. The studies are performed on the TIMIT database. The results show that, Sinusoidal based features can be used for speech processing in place of conventional approaches
Background. Users spend a lot of time searching through media content to find the desirable fragment...
The goal of the thesis is the analysis of audio signals using sinusoidal modeling. The first part of...
A new type of spoken document retrieval (SDR) system is proposed that identifies target spoken docum...
In this paper, we propose an approach for searching a speech query word in an audio data base. In th...
This thesis explores unsupervised algorithms for pattern discovery and retrieval in audio and speech...
Abstract—The use of audio information is useful for many applications, like e-learning, languages st...
Abstract—The information in its audio form represents a large mass of data. The manipulation of this...
Search engine is the popular term for an information retrieval (IR) system. Typically, search engine...
This article presents a new descriptor dedicated to Audio Identification (audioID), based on sinusoi...
The content-based classification and retrieval of real-world audio clips is one of the challenging t...
A typical content-based audio management system deals with three aspects namely audio segmentation a...
This paper describes a complete, scalable and extensible content-based retrieval system for news bro...
The enormous growth of digital music databases has led to a comparable growth in the need for method...
This paper will give an overview of the sinusoidal model, its properties, and variations made upon i...
Speed and accuracy of information retrieval is of utmostimportance value in the contemporary world. ...
Background. Users spend a lot of time searching through media content to find the desirable fragment...
The goal of the thesis is the analysis of audio signals using sinusoidal modeling. The first part of...
A new type of spoken document retrieval (SDR) system is proposed that identifies target spoken docum...
In this paper, we propose an approach for searching a speech query word in an audio data base. In th...
This thesis explores unsupervised algorithms for pattern discovery and retrieval in audio and speech...
Abstract—The use of audio information is useful for many applications, like e-learning, languages st...
Abstract—The information in its audio form represents a large mass of data. The manipulation of this...
Search engine is the popular term for an information retrieval (IR) system. Typically, search engine...
This article presents a new descriptor dedicated to Audio Identification (audioID), based on sinusoi...
The content-based classification and retrieval of real-world audio clips is one of the challenging t...
A typical content-based audio management system deals with three aspects namely audio segmentation a...
This paper describes a complete, scalable and extensible content-based retrieval system for news bro...
The enormous growth of digital music databases has led to a comparable growth in the need for method...
This paper will give an overview of the sinusoidal model, its properties, and variations made upon i...
Speed and accuracy of information retrieval is of utmostimportance value in the contemporary world. ...
Background. Users spend a lot of time searching through media content to find the desirable fragment...
The goal of the thesis is the analysis of audio signals using sinusoidal modeling. The first part of...
A new type of spoken document retrieval (SDR) system is proposed that identifies target spoken docum...