Semester I to II from 2020 Onwards
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Note Staff Symbol Carnatic Name Hindustani Name Chakra Sa C
The Indian Scale & Comparison with Western Staff Notations: The vowel 'a' is pronounced as 'a' in 'father', the vowel 'i' as 'ee' in 'feet', in the Sa-Ri-Ga Scale In this scale, a high note (swara) will be indicated by a dot over it and a note in the lower octave will be indicated by a dot under it. Hindustani Chakra Note Staff Symbol Carnatic Name Name MulAadhar Sa C - Natural Shadaj Shadaj (Base of spine) Shuddha Swadhishthan ri D - flat Komal ri Rishabh (Genitals) Chatushruti Ri D - Natural Shudhh Ri Rishabh Sadharana Manipur ga E - Flat Komal ga Gandhara (Navel & Solar Antara Plexus) Ga E - Natural Shudhh Ga Gandhara Shudhh Shudhh Anahat Ma F - Natural Madhyam Madhyam (Heart) Tivra ma F - Sharp Prati Madhyam Madhyam Vishudhh Pa G - Natural Panchama Panchama (Throat) Shuddha Ajna dha A - Flat Komal Dhaivat Dhaivata (Third eye) Chatushruti Shudhh Dha A - Natural Dhaivata Dhaivat ni B - Flat Kaisiki Nishada Komal Nishad Sahsaar Ni B - Natural Kakali Nishada Shudhh Nishad (Crown of head) Så C - Natural Shadaja Shadaj Property of www.SarodSitar.com Copyright © 2010 Not to be copied or shared without permission. Short description of Few Popular Raags :: Sanskrut (Sanskrit) pronunciation is Raag and NOT Raga (Alphabetical) Aroha Timing Name of Raag (Karnataki Details Avroha Resemblance) Mood Vadi, Samvadi (Main Swaras) It is a old raag obtained by the combination of two raags, Ahiri Sa ri Ga Ma Pa Ga Ma Dha ni Så Ahir Bhairav Morning & Bhairav. It belongs to the Bhairav Thaat. Its first part (poorvang) has the Bhairav ang and the second part has kafi or Så ni Dha Pa Ma Ga ri Sa (Chakravaka) serious, devotional harpriya ang. -
A Novel Hybrid Approach for Retrieval of the Music Information
International Journal of Applied Engineering Research ISSN 0973-4562 Volume 12, Number 24 (2017) pp. 15011-15017 © Research India Publications. http://www.ripublication.com A Novel Hybrid Approach for Retrieval of the Music Information Varsha N. Degaonkar Research Scholar, Department of Electronics and Telecommunication, JSPM’s Rajarshi Shahu College of Engineering, Pune, Savitribai Phule Pune University, Maharashtra, India. Orcid Id: 0000-0002-7048-1626 Anju V. Kulkarni Professor, Department of Electronics and Telecommunication, Dr. D. Y. Patil Institute of Technology, Pimpri, Pune, Savitribai Phule Pune University, Maharashtra, India. Orcid Id: 0000-0002-3160-0450 Abstract like automatic music annotation, music analysis, music synthesis, etc. The performance of existing search engines for retrieval of images is facing challenges resulting in inappropriate noisy Most of the existing human computation systems operate data rather than accurate information searched for. The reason without any machine contribution. With the domain for this being data retrieval methodology is mostly based on knowledge, human computation can give best results if information in text form input by the user. In certain areas, machines are taken in a loop. In recent years, use of smart human computation can give better results than machines. In mobile devices is increased; there is a huge amount of the proposed work, two approaches are presented. In the first multimedia data generated and uploaded to the web every day. approach, Unassisted and Assisted Crowd Sourcing This data, such as music, field sounds, broadcast news, and techniques are implemented to extract attributes for the television shows, contain sounds from a wide variety of classical music, by involving users (players) in the activity. -
Evaluation of the Effects of Music Therapy Using Todi Raga of Hindustani Classical Music on Blood Pressure, Pulse Rate and Respiratory Rate of Healthy Elderly Men
Volume 64, Issue 1, 2020 Journal of Scientific Research Institute of Science, Banaras Hindu University, Varanasi, India. Evaluation of the Effects of Music Therapy Using Todi Raga of Hindustani Classical Music on Blood Pressure, Pulse Rate and Respiratory Rate of Healthy Elderly Men Samarpita Chatterjee (Mukherjee) 1, and Roan Mukherjee2* 1 Department of Hindustani Classical Music (Vocal), Sangit-Bhavana, Visva-Bharati (A Central University), Santiniketan, Birbhum-731235,West Bengal, India 2 Department of Human Physiology, Hazaribag College of Dental Sciences and Hospital, Demotand, Hazaribag 825301, Jharkhand, India. [email protected] Abstract Several studies have indicated that music therapy may affect I. INTRODUCTION cardiovascular health; in particular, it may bring positive changes Music may be regarded as the projection of ideas as well as in blood pressure levels and heart rate, thereby improving the emotions through significant sounds produced by an instrument, overall quality of life. Hence, to regulate blood pressure, music voices, or both by taking into consideration different elements of therapy may be regarded as a significant complementary and alternative medicine (CAM). The respiratory rate, if maintained melody, rhythm, and harmony. Music plays an important role in within the normal range, may promote good cardiac health. The everyone’s life. Music has the power to make one experience aim of the present study was to evaluate the changes in blood harmony, emotional ecstasy, spiritual uplifting, positive pressure, pulse rate and respiratory rate in healthy and disease-free behavioral changes, and absolute tranquility. The annoyance in males (age 50-60 years), at the completion of 30 days of music life may increase in lack of melody and harmony. -
A Study on the Effects of Music Listening Based on Indian Time Theory of Ragas on Patients with Pre-Hypertension
International Journal of Scientific & Engineering Research Volume 9, Issue 1, January-2018 ISSN 2229-5518 370 A STUDY ON THE EFFECTS OF MUSIC LISTENING BASED ON INDIAN TIME THEORY OF RAGAS ON PATIENTS WITH PRE-HYPERTENSION Suguna V Masters in Indian Music, PGD in Music Therapy IJSER IJSER © 2018 http://www.ijser.org International Journal of Scientific & Engineering Research Volume 9, Issue 1, January-2018 ISSN 2229-5518 371 1. ABSTRACT 1.1 INTRODUCTION: Pre-hypertension is more prevalent than hypertension worldwide. Management of pre- hypertensive state is usually with lifestyle modifications including, listening to relaxing music that can help in preventing the progressive rise in blood pressure and cardio-vascular disorders. This study was taken up to find out the effects of listening to Indian classical music based on time theory of Ragas (playing a Raga at the right time) on pre-hypertensive patients and how they respond to this concept. 1.2 AIM & OBJECTIVES: It has been undertaken with an aim to understand the effect of listening to Indian classical instrumental music based on the time theory of Ragas on pre-hypertensive patients. 1.3 SUBJECTS & METHODS: This study is a repeated measure randomized group designed study with a music listening experimental group and a control group receiving no music intervention. The study was conductedIJSER at Center for Music Therapy Education and Research at Mahatma Gandhi medical college and research institute, Pondicherry. 30 Pre-hypertensive out patients from the Department of General Medicine participated in the study after giving informed consent form. Systolic BP (SBP), Diastolic BP (DBP), Pulse Rate (PR) and Respiratory Rate (RR) measures were taken on baseline and every week for a month. -
The Thaat-Ragas of North Indian Classical Music: the Basic Atempt to Perform Dr
The Thaat-Ragas of North Indian Classical Music: The Basic Atempt to Perform Dr. Sujata Roy Manna ABSTRACT Indian classical music is divided into two streams, Hindustani music and Carnatic music. Though the rules and regulations of the Indian Shastras provide both bindings and liberties for the musicians, one can use one’s innovations while performing. As the Indian music requires to be learnt under the guidance of Master or Guru, scriptural guidelines are never sufficient for a learner. Keywords: Raga, Thaat, Music, Performing, Alapa. There are two streams of Classical music of India – the Ragas are to be performed with the basic help the North Indian i.e., Hindustani music and the of their Thaats. Hence, we may compare the Thaats South Indian i.e., Carnatic music. The vast area of with the skeleton of creature, whereas the body Indian Classical music consists upon the foremost can be compared with the Raga. The names of the criterion – the origin of the Ragas, named the 10 (ten) Thaats of North Indian Classical Music Thaats. In the Carnatic system, there are 10 system i.e., Hindustani music are as follows: Thaats. Let us look upon the origin of the 10 Thaats Sl. Thaats Ragas as well as their Thaat-ragas (i.e., the Ragas named 01. Vilabal Vilabal, Alhaiya–Vilaval, Bihag, according to their origin). The Indian Shastras Durga, Deshkar, Shankara etc. 02. Kalyan Yaman, Bhupali, Hameer, Kedar, throw light on the rules and regulations, the nature Kamod etc. of Ragas, process of performing these, and the 03. Khamaj Khamaj, Desh, Tilakkamod, Tilang, liberty and bindings of the Ragas while Jayjayanti / Jayjayvanti etc. -
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INDIAN CLASSICAL MUSIC WITH FALU CMOM partner Lincoln Center presents Concerts for Kids featuring Falu! Falu IDEAL AGE: 3+ shares different ragas—melodies found in Indian classical music played at different times of the day. Be inspired by her evening raga to create your own sleep mobile! MATERIALS MAKE TOGETHER LEARN TOGETHER Ragas are melodies found in Indian classical music played at different times of the day. In her Concert for Kids performance, Grammy- Sleep is as important to • Cardboard or clothes hanger nominated and internationally recognized artist Falu shares two children’s health as nutrition different ragas. She plays an evening raga, “Raga Yaman,”and a and physical activity. Sleep helps • Paper morning raga, “Raga Ahir Bhairav.” boost our immune system to • Scissors Falu also shares a family lullaby. When do you hear lullabies? Listening to calming and relaxing music like lullabies can help you fall asleep. help fight sickness and increase • Paint, markers, the brain’s ability to focus, learn, and/or crayons Sleep is just as important to your health as eating and exercise. Create a sleep mobile to help get a good night’s sleep. and think clearly. • Yarn or string 1 Find a clothes hanger or cut a piece of cardboard into a triangle. 2 Decide what shapes you would like to look at as you fall asleep. Think about the music in the performance. How did it make you feel? What images or shapes came to mind? 3 Create these shapes and pictures by cutting them out of paper. You can color these shapes using paint, markers, crayons, or all three! 4 Cut yarn or string into different lengths; one for each of your mobile shapes. -
Proceedings, the 77Th Annual Meeting, 2001
PROCEEDINGS The 77th Annual Meeting 2001 NATIONAL ASSOCIATION OF SCHOOLS OF MUSIC NUMBER 90 JULY 2002 PROCEEDINGS The 77th Annual Meeting 2001 NATIONAL ASSOCIATION OF SCHOOLS OF MUSIC © 2002 by the National Association of Schools of Music. All rights reserved including the right to reproduce this book or parts thereof in any form. ISSN 0190-6615 National Association of Schools of Music 11250 Roger Bacon Drive, Suite 21 Reston, Virginia 20190 Tel. (703) 437-0700 Web address: www.arts-accredit.org E-mail: [email protected] CONTENTS Preface vii Keynote Speech Music as Metaphor Jaroslav Pelikan 1 Alternative Certification: Threat Or Opportunity? Alternative Certification: Threat Or Opportunity? Janice Killian 15 Alternative Routes to Teacher Certification in Michigan Randi L'Hommedieu 20 Alternative Certification: Threat Or Opportunity? Michael Palumbo 25 Alternative Certification: Threat Or Opportunity? Mary Dave Blachnan 30 Rehearsals, Accompaniment And Scheduling: What Can New Technology Do? Rehearsals, Accompaniment And Scheduling: What Can New Technology Do? Timothy Hester 33 Theory Pedagogy: Current Trends, New Ideas Sparking the Connections between Theory Knowledge, Ear-Training, and the Daily Lives of Musicians: An Appropriate Role for Technology James Faulconer 46 Goals, Core Issues, and Suggestions for the Future in Music Theory Pedagogy Michael Rogers 50 Music Business Programs: Content and Achievement Music Business Programs: Content and Achievement Edward J. Kvet and Scott Fredrickson 57 Management Basics: Faculty Loads Faculty Workload: Current Practice and Future Directions Charlotte Collins 62 Open Forum: Historically Black Colleges and Universiti^ Historically Black Colleges and Universities Josephine C. Bell 68 Justifying the Need for Financial Support of Recruitment Programs and Scholarships with Limited Budgets Jimmie James, Jr. -
Indianraga Certification Hindustani Instrumental Syllabus: Levels 1 to 4
IndianRaga Certification Hindustani Instrumental Syllabus: Levels 1 to 4 Level 1 Overview: The aim of this level is for the student to develop a basic sense of Swara (Note) and Taal (Rhythm) so that he/she is able to play notes accurately and with ease in the SwaraSaptak (Octave). The student is introduced to the preliminary concepts of Hindustani classical music such as Raag, Bandish and is able to play in the basic framework of a Raag. The student should also know and be able to identify the predominant instruments associated with the music by their images. SwarGyan: Swar Alankars help develop a strong note sense in the student. The student should be able to play the following Swar Alankars (in Swar and in Aakar) in a medium pace: SaReGaMaPaDhaNiSa | SaNiDhaPaMaGaReSa SaReGa, ReGaMa, GaMaPa, … , DhaNiSa | SaNiDha, NiDhaPa, …, GaReSa SaReGaMa, ReGaMaPa,...., PaDhaNiSa | SaNiDhaPa,...., MaGaReSa SaReSaReGa, ReGaReGaMa,... SaGa, ReMa, GaPa,..., PaNi, DhaSa | SaDha, NiPa,…., MaRe, GaSa SaGaReSa, ReMaGaRe,... RaagGyan: A Raag is the basis of Indian classical music. A student should understand the concept of Raag at a high level and should be able to explain it in simple words. He/She should be able to play AarohAvroh and a Drut (Razakhani) Bandish in the following Raags: Bhoop, Vrindavani Sarang, Kaafi, Yaman TaalGyan: The student should be able to explain the Khand (Partitions), Sum, Khaali and recite the following Taals with their Bols: Teental, Ektaal, Dadra -
Homeostatic Effects of Rag Ahir Bhairav on the Circulatory System
Ann. SBV, July - Dec, 2013 2(2) INDIAN MUSIC REORGANIZES TIME AND EStabLISHES HOMEOStaSIS P.Barathi * Homeostatic effects of Rag Ahir Bhairav on the circulatory system “ Music can form a bridge between external and internal worlds making whole out of apparent disparate elements” According to Mozart, man is an antenna, a ceaseless receptor of the waves and rhythms in the universe( Alfred Tomatis, 1991). The biological and neuro-physiological rhythms are attuned to and in balance with the cosmic rhythms that are beyond human auditory perception. Music awakens the fundamental rhythms existing in each of us. Cardiac and respiratory rhythms are made to synchronize with the deeper, innate rhythms existing in each of us through the medium of music putting man into resonance with the universe. Indian classical ragas can adapt the eternal rhythms to our neurons, and the body in turn resonates in tune with the melodic modes. The latent harmony existing in each of us is aroused, and the body re-establishes its lost equilibrium. The homeostasis established by music administration has been documented in a study conducted in Tokai University, Japan. The study reveals that music has homeostatic effects on emotion, when listeners were analysed by the Profile of Mood States (POMS), a psychological test for measuring emotion (yamamoto et al., 1999). How does Indian Music establish homeostasis? Music exerts homeostatic effects by harmonizing psychological and biological time. Music, as an external oscillator entraining our internal oscillators, has the potential to affect not only our sense of time, but also our sense of being in the world ( Mari Reiss jones,1989). -
2 M Music Hcm.Pdf
Visva-Bharati, Sangit-Bhavana DEPARTMENT OF HINDUSTHANI CLASSICAL MUSIC CURRICULUM FOR POSTGRADUATE COURSE M.MUS IN HINDUSTHANI CLASSICAL MUSIC Sl.No Course Semester Credit Marks Full . Marks 1. 16 Courses I-IV 16X4=64 16X50 800 10 Courses Practical 06 Courses Theoretical Total Courses 16 Semester IV Credits 64 Marks 800 M.MUS IN HINDUSTHANI CLASSICAL MUSIC OUTLINE OF THE COURSE STRUCTURE 1st Semester 200 Marks Course Marks Credits Course-I (Practical) 40+10=50 4 Course-II (Practical) 40+10=50 4 Course-III (Practical) 40+10=50 4 Course-IV (Theoretical) 40+10=50 4 2nd Semester 200 Marks Course Marks Credits Course-V (Practical) 40+10=50 4 Course-VI (Practical) 40+10=50 4 Course-VII (Theoretical) 40+10=50 4 Course-VIII (Theoretical) 40+10=50 4 3rd Semester 200 Marks Course Marks Credits Course-IX (Practical) 40+10=50 4 Course-X (Practical) 40+10=50 4 Course-XI (Practical) 40+10=50 4 Course-XII (Theoretical) 40+10=50 4 4th Semester 200 Marks Course Marks Credits Course-XIII (Practical) 40+10=50 4 Course-XIV (Practical) 40+10=50 4 Course-XV (Theoretical) 40+10=50 4 Course-XVI (Theoretical) 40+10=50 4 1 Sangit-Bhavana, Visva Bharati Department of Hindusthani Classical Music CURRICULUM FOR POST GRADUATE COURSE M.MUS IN HINDUSTHANI CLASSICAL MUSIC TABLE OF CONTENTS HINDUSTHANI CLASSICAL MUSIC (VOCAL)………………………………………………3 HINDUSTHANI CLASSICAL MUSIC INSTRUMENTAL (SITAR)…………………………14 HINDUSTHANI CLASSICAL MUSIC INSTRUMENTAL (ESRAJ)…………………………23 HINDUSTHANI CLASSICAL MUSIC INSTRUMENTAL (TABLA)………………………..32 HINDUSTHANI CLASSICAL MUSIC INSTRUMENTAL (PAKHAWAJ)………………….42 2 CURRICULUM FOR POSTGRADUATE COURSE DEPARTMENT OF HINDUSTHANI CLASSICAL MUSIC SUBJECT- HINDUSTHANI CLASSICAL MUSIC (VOCAL) Course Objectives: This is a Master’s degree course in Hindustani Classical vocal music with emphasis on teaching a nuanced interpretation of different ragas. -
Sangit-Bhavana, Visva Bharati Department of Hindusthani Classical Music
Sangit-Bhavana, Visva Bharati Department of Hindusthani Classical Music CURRICULUM FOR UNDERGRADUATE COURSE CHOICE BASED CREDIT SYSTEM S.No. COURSE SEMESTER CREDITS MARKS FULL MARKS Core Course 1 14 Courses I –VI 14X6=84 14X75 1050 08 Courses Practical 06 Courses Theoretical Discipline Specific Elective Course (DSE) 2 04 Courses V- VI 4X6=24 4X75 300 03Courses Practical 01 course Theoretical Generic Elective Course (GEC) 04 Courses I-IV 4X6=24 4X75 300 3 03 Courses Practical 01 Course Theoretical Skill Enhancement Compulsory Course (SECC) 4 III-IV 2X2=4 2X25 50 02 Courses Theoretical Ability Enhancement I-II 2X2=4 2X25 50 Compulsory Course (AECC) 5 02 Courses Theoretical 6 Foundation Course I-II 2X4=8 2X50 100 (Tagore Studies) 02 Courses Theoretical Total: 26+2=28 Courses - - - 1850 1 CHOICE BASED CREDIT SYSTEM B.MUS (HONS) IN HINDUSTHANI CLASSICAL MUSIC (VOCAL) COURSE AND MARKS DISTRIBUTION STRUCTURE Core course AECC SECC DSE GEC TS SEM Total Prac Theo Prac Theo Prac Theo Prac Theo Prac Theo Theo I 75 75 - 25 - - - - 75 - 50 300 II 75 75 - 25 - - - - 75 - 50 300 III 150 75 - - - 25 - - 75 - - 325 IV 150 75 - - - 25 - - - 75 - 325 V 75 75 - - - - 150 - - - - 300 VI 75 75 - - - - 75 75 - - - 300 Total 600 450 - 50 - 50 225 75 225 75 100 1850 2 Sangit-Bhavana, Visva Bharati Department of Hindusthani Classical Music CURRICULUM FOR UNDERGRADUATE COURSE CHOICE BASED CREDIT SYSTEM B.MUS (HONS) IN HINDUSTHANI CLASSICAL MUSIC TABLE OF CONTENTS HINDUSTHANI CLASSICAL MUSIC (VOCAL) 4 HINDUSTHANI CLASSICAL MUSIC INSTRUMENTAL (SITAR) 21 HINDUSTHANI -
Discovering Structural Similarities Among Rāgas in Indian Art Music
Sådhanå (2019) 44:120 Ó Indian Academy of Sciences https://doi.org/10.1007/s12046-019-1112-2Sadhana(0123456789().,-volV)FT3](0123456789().,-volV) Discovering structural similarities among ra¯gas in Indian Art Music: a computational approach H G RANJANI1,* , DEEPAK PARAMASHIVAN2 and THIPPUR V SREENIVAS1 1 Department of Electrical Communication Engineering, Indian Institute of Science, Bangalore, India 2 Department of Music, University of Alberta, Edmonton, Canada e-mail: [email protected]; [email protected]; [email protected] MS received 16 August 2018; revised 4 February 2019; accepted 19 February 2019; published online 20 April 2019 Abstract. Indian Art Music has a huge variety of ra¯gas. The similarity across ra¯gas has traditionally been approached from various musicological viewpoints. This work aims at discovering structural similarities among renditions of ra¯gas using a data-driven approach. Starting from melodic contours, we obtain the descriptive note-level transcription of each rendition. Repetitive note patterns of variable and fixed lengths are derived using stochastic models. We propose a latent variable approach for raga distinction based on statistics of these patterns. The posterior probability of the latent variable is shown to capture similarities across raga renditions. We show that it is possible to visualize the similarities in a low-dimensional embedded space. Experiments show that it is possible to compare and contrast relations and distances between ragas in the embedded space with the musicological knowledge of the same for both Hindustani and Carnatic music forms. The proposed approach also shows robustness to duration of rendition. Keywords. Indian Art Music; similar ra¯gas; ra¯ga identification; repetitive note patterns.