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Outline. ADBOT Progress Report. Achievements Project Outputs Issues Risk Analysis Target for the next three months Project Manager: Aljon Rey P. Aniban Members: Emmanuel B. Cagadas Anna Mae C. Yap. Works that have been achieved over the past month. I. Achievements.
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Outline ADBOT Progress Report Achievements Project Outputs Issues Risk Analysis Target for the next three months Project Manager: Aljon Rey P. Aniban Members: Emmanuel B. Cagadas Anna Mae C. Yap
Works that have been achieved over the past month I. Achievements
Achievements (1) • Web Page Revision (2nd Semester): • Revision of Project Objectives • Utilization of the landmark-based audio fingerprinting algorithm which was based on Dan Ellis’s version of the algorithm used in Shazam’s music matching service. • Conversion of the current MatLab simulation of the algorithm to JAVA • Revision of Methodology and Framework • Segmentation of commercial audio template, extraction of prominent points, incorporating these points into pairs and efficient searching and matching of the stored commercials to the audio stream input.
Achievements (2) • Project Web Page
Achievements (3) • Matching of a single audio commercial to an audio of mixed contents • Matching of multiple commercial queries to an audio of mixed contents • Audio recording from microphone and audio playing in JAVA
progress milestones/deliverables achieved during the last month. II. Project Outputs
Project Outputs • Revised Project Web Page • Matching of multiple commercial queries simulated in MatLab • Recording of audio commercials via microphone in JAVA • Partial gathering of additional audio commercial test data
Issues (1) • Integration of Octave and JAVA • For ease of use of the functions present in the MatLab simulation to JAVA by forming the same structure in Octave. • The need for boundary detection • To lessen the computation load and memory usage
Issues (2) • Large file size of wav files compared to other audio formats (i.e mp3) • Probable increase in computation time of the algorithm when Octave is incorporated with JAVA due to outside function calls.
Risk Analysis • Real time versus Offline Commercial Detection • The time and space complexity that will be handled by the proposed system given that it is in real time.
Targets for the Next 3 Months • Add boundary detection feature for queried commercials. (Currently being designed) • Generate the equivalent Octave codes from the simulated algorithm in MatLab • Incorporate generated Octave codes with the JAVA prototype of the application.
Targets for the Next 3 Months • Design the database prototype and data gathering of additional commercials. • Finalize the design of the whole application (GUI, database and underlying design of algorithm) • Test the efficiency of the modified algorithm.
Thank you End of presentation.