The DSP  publishes high-standard research papers on theoretical analysis, experimental studies and innovations concerning Digital Signal Processing. This journal is, therefore,  not only  a forum where researchers, scientists, engineers and vendors can exchange their knowledge and experience, but also serves as an educational channel for students and any others who would  like to learn more about the new  trends in this field of study.  The DSP   journal publishes work that addresses the application of methods to real world scenes and seeks to strengthen a deeper understanding in the discipline by encouraging the qualitative and quantitative performance evaluation of the emerging subjects of digital Signal Processing.

Topics:

•  Development of a versatile and intelligent 3D auditory system.

•  Speech production and perception

•  A Digital Signal Multiprocessor and its Musical Application

•  Applied technology of microcontrollers (multimedia devices)

•  Audio signal processing using TI DSP

•  Real-time implementation and analyses of the H.263 video conferencing system

•  Content based intelligent video coding and processing

•  Real time speech enhancement

•  Random and deterministic signals,

•  matrix signal description,

•  statistical signal processing,

•  signal modeling, elements of detection and estimation,

•  modern spectral analysis, array processing and beamforming,

•  adaptive antennas,

•  adaptive filters,

•  applications to radar, sonar, wireless communications, seismology, and other fields.

•  VLSI signal processing systems for signal

•  algorithm advances in single and multi-dimensional,

•  linear and nonlinear, recursive and nonrecursive digital filters and multirate

•  filter banks;

•  signal transformation techniques;

•  classical, parametric and higher order spectral analysis;

•  system modelling and adaptive identification techniques;

•  the application of chaos theory and neural network based approaches to signal processing.

•  Time-frequency analysis,

•  Spectral estimation,

•  Higher order spectrum analysis,

•  Parameter estimation, Detection, Array signal processing, Statistical signal analysis,

•  Cyclostationary signal analysis,

•  Speech synthesis,

•  Speech coding,

•  Speech recognition,

•  Speech enhancement and noise reduction,

•  Active noise control,

•  Active noise reduction,

•  Echo cancellation,

•  Psychoacoustics,

•  Broadband audio coding,

•  Multisensor Data Fusion,

•  Architectures and VLSI hardware,

•  Programmable signal processors

•  Spoken language understanding,

•  speaker characterization and recognition,

•  language/dialect identification,

•  multi-modal/multi-media Processing,

•  spoken language resources and annotation,

•  spoken/multi-modal dialogue systems,

•  spoken language extraction/retrieval,

•  spoken language translation,

•  spoken language technology for the aged and disabled (e-inclusion),

•  spoken Language Technology for Education (e-learning),

new applications, evaluation and standardization, ubiquitous speech processing

  Volume (10): Issue (I) 

Volume (09): Issue (I), Issue (II)

Volume (08): Issue (I)

Volume (6&7): Issue (I), Issue (II)