National Sanskrit TV Channel

India wants a dedicated National Sanskrit TV Channel

Over 120 million first time voters (out of the 550 million total voters) have cast their votes in this election 2014. What is the significance of this number and what it has to do with Sanskrit TV.

First, the number: The 120 million+ first time (young) voters is far more than UK (63.7 million) population and Canada (34.8 million) population put together. Vast majority of these people are the new breed of Young and resurgent educated Indians who are well connected with each other. These people are now slowly coming to understand the depths of scientific underpinnings of Indian culture.

Second, the connection to Sanskrit: As the core of the Indian culture is intertwined with the ancient language Sanskrit, this Young India wants to revive its connection with the roots through Sanskrit.

Evidence of this claim:

Hypothetically, if one concludes that
- 5% of the 120 million young voters, and
- 5% of total voters of 550 million people and
- 1% of India's total population (of a Billion+) wants Sanskrit then
Collectively 60 million people would desire Sanskrit to be revived - for this, one of an important way forward is to start a National Sanskrit TV Channel. 

Third, specific number of audiences for this TV Channel are:

- Over 40 million middle school students have chosen Sanskrit as the elective second language in the school curriculum.

- 25,000+ Sanskrit university students from 25+ Sanskrit university campuses

- 60,000 students of Ayurveda medicine collages

- 2,50,000 college students who have chosen Sanskrit in their studies from 93 Sanskrit departments in colleges across the nation
- 50,000+ Sanskrit paatashaala students from over 5,000 Paatashaalas
- 300,000 students from Oriental schools across the nation who are studying Sanskrit

- 12 million+ adults who are trained in spoken Sanskrit by Samskrita Bharati

- 3 million+ people who had undergone certificate courses conducted by Rashtriya Sanskrit Sansthan, Bharatiya Vidya Bhavan and many other such organisations.

-  In January 2012, during the Vishwa Samskrita Pustaka mela in Bangalore, within a span of 4 days over 6 million Sanskrit books (only Sanskrit) worth 70 million Rupees got sold from over 60 publishers.

- Every single Sanskrit teaching Video /Audio clips in YouTube and other online media have been registering 1000s of hits with multiple repeated hits during the past 5 years !

- A search in Google for the word "Sanskrit" or "Samskrit" returns with over 43 million page results - even some of the European languages themselves don't have these many pages in the Web.
- Anyone who speaks chaste Hindi can understand Sanskrit as almost 90% of the Hindi words are infact Sanskrit words (truncated at "Praatipadika" level - with out the nominal affix /suffix fully inflected). Thus a large number of audience readily exists for a National Sanskrit TV Channel.
- Thus the total number over 50 million potential audience for Sanskrit TV is almost equivalent to a State population in India. 

Forth, in addition to all these people becoming viewers of the National Sanskrit TV channel, the school /college students who will be directly benefited by the scientific underpinnings of Sanskrit language.

However this National Sanskrit TV channel should be professionally managed with innovative programmings and packaging, so that it can not only help to spread the language but also be commercially viable. However in this channel all content including Advertisements should only be in Sanskrit.

Currently about 5 minutes Sanskrit news is shown once /twice a day in the National Television channel - this is insufficient to promote Sanskrit - which is the objective of first Sanskrit Commission formed in 1956-57 by the Prime Minister Sri. Nehru. Till date many of the objectives of the commission reports are yet to be implemented. However a National Television channel will help not only to promote Sanskrit, but also the recommendations of the Sanskrit commission can be deliberated.

[The Oath taking ceremony in Sanskrit by Union ministers and Parliamentarians were witnessed with great enthusiasm by Indian public]

This National Sanskrit TV channel can telecast - Simple spoken Sanskrit lessons, Ayurveda /Jyotisha/ Vastu/ Yoga/ Vedic Maths classes, UGC coaching classes for Sanskrit including NET, Sanskrit classes for Children's and school students, Sanskrit News, Sanskrit Dramas, Cultural Quiz programs, Classes for Vyakaranam (Linguistics) & Nyaya (Epistemology), Maths and Spiritual discourses like Bhavadgita in simple Sanskrit, etc.

When there is a TV channel for every single official language of India including for Urdu - why can't there be one for Sanskrit.

PS.: Note that the picture is Copyright of Doordarshan of India, and is graphically altered to make a visual appeal and not for any commercial purpose. Currently DD-Sanskrit doesn't exist !, Let us hope it will soon become a reality !!.

"Zero" is in Veda itself...

When we count from number 1 onwards and beyond number 9... how can we proceed if we don't have a number 10. To have a the number 10 then we must have the number "0". Else how 10 can be written - First writing 1 and followed by a 0. We are not familiar with other method of writing in Decimal system (decimal system origination was Ancient India). If so, then how shall the Vedic rishis could have mentioned such large numbers such as ayuta (अयुत) for ‘ten thousand’, niyuta (नियुत) for ‘hundred thousand’, prayuta (प्रयुत) for ‘million’, arbuda (अर्बुद) for ‘ten million’, nyarbuda for ‘hundred million’ etc. (these are used in Yajur Veda).

Today all encyclopedias are wrongly attributing the invention of "0" to Babylonian mathematics in 7nd century BCE, and also giving a passing remark about Acharya Pingala in 3rd Century BCE as the one who used "0" in the Chandas shastram. Chandas shastram is a Vedanga - limb of Veda. Acharya Pingala's Chandas shastram like Paninian Grammar was written for both Vedic and Worldly branches of Samskritam. The original Chandas shastram is a part of Veda itself in the earlier Era. Thus it is evident that "0" was there from time of Veda - which is time immemorial. Reference of "0" in Pingala Chandas shastram - in Sutra 8.29 "rupe shunyam" and Sutra 8.30 "dvihi shunye" - both these sutras use connect the 'valueless' usage of "0".

In "Brhadaranyaka Upanishad 5.1" of the Shukla Yajur Veda 1.4.10 quotes "Kham Brahmn" based on "adhibhoudika" meaning of this passage "Zero is Brahman" (complete, infinite, etc...)

Again Yajurveda sukta 17.2 elaborates on the decimal place value system, without "0" how can decimal place value be represented ?. 

Sri. Aryabhata used the word "Kha" widely to denote emptiness ("Kham"). Sri.Suryadeva commenting on Aryabhata’s "Kha", says that , “khani sunya upa lakshitani”  In Brahmagupta’s work, the word "Kha" gets prominence. "Kha" and Shunya (void) is used synonymously. In Lilavati, when one come across the chapter on description of Shunya (zero), it’s a veritable carnival of kha. The verse reads as follows: 

"Yoge kham kshepsamam, vargado kham, khabhajito rashi Khahara syat, khaguna kham, khaguna nishchantayashcha sheshavidhau!!"

- verse 46, Lilavati

From the above it is evident that "0" as a place value system was there and also "0" as a number was also there since the Vedic times  - in other words means "anaadi" - beginingless or time immemorial.

So let's not keep repeating the mistake that Sri.Aryabhatta invented "0" etc. No doubt Sri. Aryabhatta was a great mathematician and scientist. But saying that  Sri. Aryabhatta invented "0" would be an insult our scientific advancements before him. To elaborate further, during Mahabharata war - Astras (missiles) were widely used. Launch of such aerial weaponary requires precise calculations involving topography, geometry, trignometry, etc.  Such calculations certainly require the use of "0". - Like today how a missile launch can't be done without precise calculations requiring the use of "0".

Furthermore, Maharishi Vyasa write slokas on celestial maps with references to three sequential solar eclipses and to planetary positions. Reference to the first solar eclipse comes in the Sabha Parva 79.29. Second solar eclipse just before Mahabharata war second in the Bhisma Parva 3.29, following a lunar eclipse occurring within the same fortnight. He warns that these successive eclipses are sign of bad times (we can now use these celestial positions to do the detailed astronomical map and also do the dating to precisely estimate Mahabharata war time), all such complex calculations require the useage of "0", thus "0" was in usage in Mahabharata time and even before.

The English word zero came via → French zéro which is from → Venetial zero, which came from (together with Ciper /Cypher) via → Italian zefiro which came from → Arabic صفر, ṣafira = “is empty", ṣifr = "zero", “nothing” This was translation of  →  the Samskritam word shoonya /shunya (शून्य), meaning "Valueless" or "empty".

The etymological chain confirms that only the word "Shunya" (which is used to denote "0" as a valueless number) had travelled and the same word is used for all other purposes of "0" even today. Such as "0" as a valueless number, or place value system, or fraction, etc. Though various mathematical calculations using "0" for other purposes travelled later, but the other Samskritam words didn't travel till 20th century. Later in early 20th century the words such as Void (from Sanskrit word व्योम Vyoma) were starting to be used in computer programming languages.

In Samskritam we have many words for "0" depending on its value. They are below:

पूज्य, /सत् (poojya /sat) = Holy (complete) - from the word Wholly

शून्य, रिक्त, रन्द्र (shunya, rikta, randra) = Valueless

आभु, अव्यक्त (Aabhu, avyakta) = Inexpressible (value can't be determined)

पूर्ण, अनन्त (purna, ananta) = Complete, full, endless (infinite value)

ख, दिब, व्योम, (kha /kham, diba, vyoma) = Infinity

बिन्दु (bindu) = Point /Dot (used in fractions)

अव्यय, (avyaya) = NaN / Indeclinable

साङ्खेय, द्रबिणम् (saankheya, drabinam) = Ordinal (while counting "0" as a number)

Such wide veriety of names used for denoting "0" is found in many places  starting from Vedas, Kalpa sutras, Chandas shastra, and many other treatises. Many of the mathematicians of ancient Bharatam were Vaiyakaranaas - as the entire vyakarana sutras of Maharishi Panini by themselves are based on Bija Ganita (Algebra) principles. Maharishi Panini in Ashtadyayi refers an equivalent of "0" as "lopa" - in this kind of usage the value which was originally there has been removed after a particular phonetical change and loss of a phoneme.

The Ganita shaastra (mathematics) has developed into a separate branch of study very long back starting with the Shulba sutras of Sri.Bodhayanacharya and Jyotisha shastra times. "0" was in wide useage for a very long time even before the development of Ganita as a separate branch of study. Sri. Aryabhatta, Sri.Bhaskara, Sri.Bramhgupta, Sri. Neelakanta Somayaji, etc. these were Ganita Shastragnas after the Period of Sri. Gautama Buddha.

Even before and after the period of Sri. Gautama Buddha, Jain mathematicians were quite popular, and even before Jainism came, Vaiyakaranaas were great mathematicians as well as linguists as the entire Samskritam language is based on mathematics and thus it is most suitable for Computing.

In the ancient times the Ganita shaastra (mathematics) has its branches as -  Geometry (Gyamiti) is the study of shapes and their applications; Algebra (Bija Ganita) is the study of operations and their applications; Trigonometry (Trikonamiti) is study of Triangles and the relationships between their sides and the angles and Calculus (Chalana-kalana Ganita) the study of change.

The standard arithmetic algorithms actually originated in India, where they were known by various names such as patiganita (slate arithmetic). However, the word “algorithm” comes from “algorithmus”: the Latinised name of al Khwarizmi of the 9th century House of Wisdom in Baghdad. He wrote an expository book on Indian arithmetic called "Hisab al Hind". Gerbert d’Aurillac (later Pope Sylvester II), the leading European mathematician of the 10th century, imported these arithmetic techniques from the Umayyad Khilafat of Córdoba. He did so because the primitive Greek and Roman system of arithmetic (tied to the abacus), then prevailing in Europe, was no match for Indian arithmetic. However, accustomed to the abacus (on which he wrote a tome), Gerbert was perplexed by algorithms based on the place-value system, and foolishly got a special abacus (apices) constructed for these “Arabic numerals” in 976 CE.

Hence the name “Arabic numerals” — because a learned pope amusingly thought there was some magic in the shape of the numerals which made arithmetic efficient. Later, Florentine merchants realised that efficient Indian arithmetic algorithms conferred a competitive advantage in commerce. Fibonacci, who traded across Islamic Africa, translated al Khwarizmi’s work, as did many others, which is why they came to be known as algorithms. Eventually, after 600 years, Indian algorithms displaced the European abacus and were introduced in the Jesuit syllabus as “practical mathematics” circa 1570 by Christoph Clavius. These algorithms are found in many early Indian texts, such as the Patiganita of Sridhara or the "Ganita Sara Sangraha" of Mahavira, or the Lilavati of Bhaskara II. 

Sri. Ananda Coomarswami had written an short piece on the concept in 1934, Kha and other words denoting Zero, in connection with the Indian Metaphysics of space. He has tried to trace the origin of the use of "kha" for space to Rigveda in the context of the “hole in the nave of a wheel through which the axle runs”. He states that "sunya" (void) as well as "purna" (full) have a common reference in the Vedas.  Since, the Vedic seers were enamored by the wheel (chakra - cycle), the names of various parts of wheel were  used to explain metaphysical concepts. Now, "kha" is the "Naabhi" of the wheel, the space within the hub. "Naabhi" is also the navel, navel of beings and things. Thus, "kha" is the central space of things and beings. In the Rigveda, "kha" or "Naabhi" of the world wheel is regarded as the receptacle and  fountain  of all order, formative ideas and goods” - Ananda K. Coomarswami, Kha and other words denoting Zero, in connection with the Indian Metaphysics of space (Bulletin of the School of Oriental Studies, VII (1934)

 

What is "Sabda" - Shikshaa and Vyakarana in Samskrit - Science of Sound

शब्दानुशासनम् व्याकरणम् । The science of sound is Vyakaranam.

संप्रत्ययः शब्दः । ध्वानिः शब्दः  - इति महाभाष्ये - both knowledge (meaning) and the original "sound" is associated with "Sabda" in Samskrit. The sound is given more importance in Samskrit lanaguage than the word (पदम्) as the natural sound in itself has inheritted meaning with it. The "word" being its derivative added with a suffix, conveys the derived /modified meaning of the original sound. Thus the language is also its derivative. However vyakarana is made to convey the meaning grammar - it is more than just grammar,  as vyaakarana deals with all the derivations of the primordial sounds such as - words, word-sense,  phrases, sentenses, figures of speech, etc. (यद्यपि पदशास्त्रम् इति विश्रुतं तथापि शब्दसाधुत्वासादुत्वविषयैव अस्य वेदाङ्गस्य महत्वम् इति). The shaastra that deals with 'sound' in its basic form is called as Shikshaa (शिक्षा) which is primarily a Vedanga (a part of Veda like Vyaakarana)

Shikshaa (शिक्षाशास्त्रम्) shaastra is the foundation for studying the 2 branches of Samskrit language (भाषा नाम संस्कृतं - वैदिकं लौकिकञ्च) Vaidika (Vedic Samskrit) and Laukika (Classical Samskrit) - Laukika is the part of language that is in use for all purposes other than Vedic - including Science, Literature, Medicine, and all other worldly things.

Shikshaa (शिक्षा) shaastra in its full form is a complex and intricate science based on human vocal system. Which in its full capacity in use in Vedic part of Samskrit (वैदिकसंस्कृतं). The same shaastra is also used in a limited manner in the all purpose non-Vedic part of Samskrit (लौकिकसंस्कृतं).

Even though Sandhi (सन्धिः) is studied along with Grammar, Sandhi deals only with the pronunciation of syllable (Varna वर्णः) with respect to the factors such as - Place (स्थानम्), Effort (प्रयत्नम्), Duration (मात्रा), Pitch (स्वरः), etc. (स्थानादयः). All these deals with Syllabicity (syllables) and phonological aspects (which are part of Shikshaa) than words and meanings. Thus Sandhi is primarily a subject of Shikshaa than grammatical processes - even though Sandhi rules are given in grammar texts (व्याकरणम्), however the place, etc. (स्थानादयः) are elaborated in 'Varnochaarana shikshaa' and 'Paniniya Shiksha' of Maharishi Panini. The rules for changing of syllables based on enjoining of syllables, though found in Grammar texts but are in essence part of the Shikshaa /Phonology.

Thus the linguistics treatise Ashtaadyayi not only deals with Grammar (which is primarily Syntax & Semantics - विभक्तिः कारकम् च) it also deals with the rules of Phonetics - Shikshaa and in general all aspects of "Sound" (शब्दः) which forms the basis for language - including morphology, etc.

Not just Sandhi, the fundamental formations in Sanskrit Roots + Suffixes (प्रकृतिः + प्रत्ययः) and the word generation (व्युत्पत्तिः) processes essentially are based on phonetics (शिक्षा) like Vriddhi, Guna, Samprasaaranam etc. (वृद्धिः गुण सम्प्रसारणम् इत्यादिप्रक्रियाः) - Process of expansions of syllables which purely natural sound modifications while joining syllables. These are evident across word formations - in both Noun forms and Verb forms from singular to plural forms and also declensions. The Vriddhi, Guna, etc.  part in primary and secondary Noun derivatives from Noun roots, Nouns and Verb roots, etc.  (वृद्धिगुणादयः - कृत्तद्धितेषु) are again strictly follow the rules of phonetics. In addition the the phonetic features such as Natvam, Shatvam (णत्वम् षत्वम् उभयमपि) are also part of shikshaa. Also the letter 'h' (ह्) becoming the forth letter of the group consonents (वर्गीयचतुर्तम् अक्षरम्) are again shikshaa. Similarly all most all the Dhaatus (निज​-धातुः) - Verbal roots are also single syllable phonetic (sound) forms - also the suffixes (प्रत्ययः). The prefixes (उपसर्गः) are again mostly dual syllable sound forms.


There are many shikshaa shaastras (शिक्षाशास्त्राणि) more than 40 so far we have got for Four Vedas (चतुर्वेदाः) and their shaakhaas. Of these Paniniya shikshaa for Laukika (non-vedic) branch of Samskrit is famous. Thus Maharishi Panini integrated all these branches of 'the science of language" in his monumental work Ashtaadyayi.  It appears that the entire work of Maharishi Panini is to make rules for pronouncing the "Word" correctly as the "Word" in itself has the inseperable meaning attached with it - thus the perfect pronunciation of just one "Word" takes you to heaven as per Maharishi Patanjali.

The word "vyaakaranam - vi+aa+kr+lyut (suffix)" (व्याकरणम् = वि+आ+कृ+ल्युट्) itself means a "Special form" (of language) - with stress on the verb (creation of the form), the other 2 similar words (1)"aakaarah - aa+kr+ghan (suffix)" (आ+कृ+घञ्) and (2)"aakritih - aa+kr+ktin (suffix)" (आ+कृ+क्तिन्) both represent form and shape respectively in common usage. The extra 'vi' (वि उपसर्गः) prefix gives the meaning of Special. Thus the word vyaakaranam itself means the entire science of the creation of the language. Which includes abiding by the natural phonetic capabilities of human vocal faculties and also reflecting the natural and eternal "sound-meaning" combination (शब्दार्थयोः निसर्गनित्यसम्बन्धत्वम्).

The entire Shikshaa shaastram is based on Human vocal anatomy and its primary purpose in laukika part of language - is to make pronunciation easy and natural (similar to Veda) in addition to shortening, softening, replacing, adding, etc. of syllables based on natural movement of tongue and natural functioning of vocal chord. This has also helped in making the entire language musical - which in-turn helped in easy communication and retention of huge volumes of treatises over 1000s of years, generations after generations based on the most natural and easy to remember phonological sounds.

The natural inter-wining of phonology and language - music and literature, - a true Wonder!. Hope we understand, hold it dear (in our tongues) and preserve it by passing to the next generation without any deterioration...

This shikshaa shaastra is primarily a Vedanga - which means a part of Veda... and also used in Yoga, Tantra and Shastras. The natural relationship between Language and Phonology proves that  Samskrit is a well constructed (not by human) language and is indeed the greatest gift to mankind, from who? - who else...! 
------------

Personally this has lead me to the conclusion that originally all 6 Vedangaas (Shikshaa, Chandas, Nirukta, Vyaakaranam, Jyotisha and Kalpa) must have been a single shaastra (may be called as Vyaakaranam - based on the Yogaartha of the word) and must have been an integral part of Veda in the earlier Era (Dwapara Yuga) where Veda was just one !

Basic details of Shikshaa you can fine here https://vedavichara.com/the-vedas/vedangas-the-limbs-of-vedas.html
and
http://en.wikipedia.org/wiki/Shiksha


To continue...

Why Sanskrit? in Computational Linguistics - Part 2

First of all the confusion that needs to be cleared is whether Sanskrit is best suited for Computing or Computer Programming - my view is both. Yet this paper is not about Sanskrit as a computer programming tool - even though there are scientists and academicians who are developing programming languages based on Paninian priciples, however this paper deals with Sanskrit as a Computing tool. Computing here refers to concepts, algorithms and methodologies.

Computer Programming is an entirely different thing as it deals with a human being generating code in a high level computer language, which in-turn translated to a low level code through compilers /linkers, which in-turn translated to operating system instructions, which in-turn translated to microprocessor instructions (based on CPU instruction set) which internally converted into binary instructions which further converted to digital electronic (electrical) signals for flip-flops /counters etc.

The entire chain of programming is based on mathematics /symbol language and not any human language spoken or written - even though the symbols consists of few human understandable characters such as numeric 1-9, alphabetical a-z, and some signs of mathematics such as +, -, /, %, etc. all these constitute the ASCII - which has 255 characters or symbols of computer codes - in other words each symbol can fit into a single byte. These symbols are assigned to certain operative values in digital electronics - thus the programming languages are not human languages. That's the precise reason why human beings want Natural Language Processing or human language processing capabilities in computers - which literally means our languages being understood by computers. So far computer understands only computer language and human being's only human language.

With respect to computer language the instructions (lets say commands /actions /verbs) are very limited - widely used are about 15 - such as go to, break, compare, copy, reverse, assign, operators (+,-,*,/), receive, display, etc. Also few other actions (verbs) can be written as functions such as sort, list, etc. Thus the computer language's capability in comparison with human language is very limited.

In comparison in Ashtadyayi - Panini's 1000s of years old Sanskrit grammar treatise - the meta language used inside Ashtadyayi not Sanskrit but uses certain words and rules of Sanskrit - which is used to teach Sanskrit grammar to the readers of Ashtadyayi. That meta language has more instruction sets - yet without using any explicit verb. Thus if one can make a high-level programming language exactly mimicking the meta language of Ashtadyayi - we will have a powerful tool - with which computer can generate words, form sentences, etc.  - yet associating meanings will be the biggest challenge.

The hypothesis is that - if there is a highly structured human language, can then that language be used for Natural Language Processing ?- the answer is yes and to wonderful degree containing complex human sentences - how ? = In Linguistics and most importantly computational linguistics the following are essential for scientific analysis (for computers to do the analysis) of the language - which consists of sentences - and sentences have inherent  meanings.

How then analysis can take place? -
Without ambiguity the sentence meaning being conveyed is first and most important thing; because computers don't have intelligence - computer's understanding of language is based on a particular structure (lets say a word (or) phrase and its meaning) and it tries to combine or mix and match to a particular meaning. Again here the computer doesn't care about the meaning but it responds for a question which has a particular meaning and based on that from a set of answers the most suitable answer is chosen and given - which again based on a particular individual, popularity, number of occurrences, place, time, etc.

In natural language for example sentences like -

a- The committee chair chairs the meetings where the chair is elected as the chair for one more chair-term.
b- All committees' chairs chair their meetings to elect the chair and the past chair is elected as the new chair for the next chair-term.

Now, we can easily understand the meanings of these sentences, but computer can't understand - here is where the language's ambiguities with respect to word meanings and words' declensions, usage, phrase meanings and along with other phrases and within a sentences - many such things matter.

English is the most complex language - it takes even for a native speaker 8-10 years to achieve proficiency. It takes just 2 years to achieve proficiency in Sanskrit another 2 years in literary Sanskrit. In addition, the written form of English is again non-phonetic which adds its own problems in converting text to voice. In addition due to many borrowed words - spellings and pronunciations are again differ and add complexity. More over the regional flavours.

The interpretation of a text in computing goes through - first Parsing, part of speech tagging, lexical analysis, morphological analysis, syntactical analysis, and then semantical analysis. Thus the more  structured and scientific the language is the less problems in computer based natural language processing and its applications such as Machine Translation and Machine Assisted Translation

In general Language means - collection of sentences; A sentence means - collection of meaningfully associated words such as Subject, Object, Verb etc. ; Each word in a sentence should have clear and easily understandable verbal and nominal declensions if not confusion starts. In the above example the word "Chair" is both verb and noun - this gives enormous confusion to computer.

Lets explore further... Human language is highly ambiguous. Primarily - because of the ambiguities of word sense (meanings) word meanings (on their own) and in association with another word (in a phrase) and in association with verbs and other words in a sentence - the complexities multiply. With quotations and idioms complexities only increase further in a sentence or a part of speech. Now add acronyms and what we get? - most complex thing known to human being next only to human mind (or) both language and mind are one and the same ??

Thus in linguistic terms the complexity is exponentially increased in each corresponding step as per the 6 most important things in the order in Linguistics and how they are in Sanskrit are given below

(1) Phonetics and Phonology —knowledge about linguistic sounds - In Sanskrit it is known as Shiksha shastra - Sanskrit has over 40 Shiksaas for each shaaka of Veda but for language in general Paniniya shiksha is most suitable as it correspondingly connects to the Grammar and the rules of the grammar also abide by the rules of the Phonetics.

(2) Morphology —knowledge of the meaningful components of words from stems and their generation and usage - In Sanskrit this is called as 'pada vyutpatti' in Sanskrit - 4 types of vrittis (word generators) are there for this purpose namely - Krit, Taddhita, Samasa and Sannaadyanta - In addition the method for generating words are also explained step-by-step in Panini's Ashtadyayi like a mathematical equation - thus programming to generate words are easiest.

(3) Lexical —knowledge of meanings and equivalent words. Every Sanskrit lexical item has a one-one correspondence. So a particular word used in some place means the same when used elsewhere too from a semantics point of view. Amara Kosha, Nirukta, Nighantu all have the complete lexical database of Sanskrit words and associated word connections.

(4) Syntax —knowledge of the structural relationships between words - declensions of nominal forms /stems - In Sanskrit Vibhakti play this role - we have very tight rule thus there is no ambiguity. Also Sanskrit is a language without prepositions thus a major complexity is removed - this is also explained step-by-step in Ashtadyayi like a mathematical equation.

(5) Semantics —knowledge of meaning of words in a sentence - In Sanskrit this is one discussed in detail in many works and in Sanskrit vyakarana called as "Kaarakam" - Many ways of sentence meanings and their analysis on a scientific basis are available in Sanskrit with respect to different schools of linguisitic sciences such as Vyakarana, Nyaya and Mimamsa.

(6) Pragmatics — knowledge of the relationship of meaning with respect to the context - this is the most complex as meanings change based on context and many other factors - In Sanskrit there is a wonderful Vyakarana treatise available for pragmatics called as "Vakyapadiyam" by Maharishi Bhartrhari - it is pity that many Sanskritists are not aware of this. But this treatise is very popular among European linguists in particular German, Belgian, and French.

All most all kinds of meaning analysis based on relationship between 2 words - sameness, opposites, connection, association, context, etc. are dealt in detail in "Vakyapadiyam", in the West Scholars are  been inspired by this and made their theories of Semantics and Pragmatics.

Some reference from Wikipedia - further reference from Linguistic Journals and Scientific publications are below: Wikipedia - The Link (as on March 1st, 2013)

"Pāṇini's work became known in 19th-century Europe, where it influenced modern linguistics initially through Franz Bopp, who mainly looked at Pāṇini. Subsequently, a wider body of work influenced Sanskrit scholars such as Ferdinand de Saussure, Leonard Bloomfield, and Roman Jakobson. Frits Staal (1930-2012) discussed the impact of Indian ideas on language in Europe. After outlining the various aspects of the contact, Staal notes that the idea of formal rules in language – proposed by Ferdinand de Saussure in 1894 and developed by Noam Chomsky in 1957 – has origins in the European exposure to the formal rules of Pāṇinian grammar. In particular, de Saussure, who lectured on Sanskrit for three decades, may have been influenced by Pāṇini and Bhartrihari; his idea of the unity of signifier-signified in the sign somewhat resembles the notion of Sphoṭa. More importantly, the very idea that formal rules can be applied to areas outside of logic or mathematics may itself have been catalyzed by Europe's contact with the work of Sanskrit grammarians

de Saussure

Pāṇini, and the later Indian linguist Bhartrihari, had a significant influence on many of the foundational ideas proposed by Ferdinand de Saussure, professor of Sanskrit, who is widely considered the father of modern structural linguistics. Saussure himself cited Indian grammar as an influence on some of his ideas. In his Memoire sur le systeme primitif des voyelles dans les langues indo-europennes (Memoir on the Original System of Vowels in the Indo-European Languages) published in 1879, he mentions Indian grammar as an influence on his idea that "reduplicated aorists represent imperfects of a verbal class." In his De l'emploi du genitif absolu en sanscrit (On the Use of the Genitive Absolute in Sanskrit) published in 1881, he specifically mentions Pāṇini as an influence on the work."

Sanskrit referred as a Devabhasa (Gods language) is not because it is the oldest language - it is because it is very perfect in its structure, morphology, semantics, etc. which have not changed for 1000s of years - Only a good linguist understands that such a perfect language can't be created by Human beings, neither Cavemen nor evolved - Whats the evidence: we have seen English evolving from a structured languages and having some formal structures and usage initially to now with no structure and highly ambiguous!. - not with respect to human understanding but with respect to Linguistics. With respect to human understanding it has become easy and flexible - as a result can we say that human mind has become unstructured and dull !, may be past century scientists with out labs and tools have found many things !. Mathematician Ramanujan's tools were just a pencil and a paper !.

References:

1. The science of language, Chapter 16, in Gavin D. Flood, ed. The Blackwell Companion to Hinduism Blackwell Publishing, 2003, 599 pages ISBN 0-631-21535-2, ISBN 978-0-631-21535-6. p. 357-358
2. George Cardona (2000), "Book review: Pâṇinis Grammatik", Journal of the American Oriental Society 120 (July– September, 2000): 464–5, JSTOR 606023? [6]
3. Leonard Bloomfield (1927). "On some rules of Pāṇini". Journal of the American Oriental Society (American Oriental Society) 47: 61–70. doi:10.2307/593241. JSTOR 593241
4. Ashtadyayi Reference: http://avagraha.wordpress.com/
5. Sanskrit Programming - Reference 2 sites both contains lot of information - (1) http://vagartham.blogspot.in/ and
   (2) http://uttishthabharata.wordpress.com/
6. Functional programming - Reference: http://vishk.wordpress.com/2007/02/11/backus-naur-form-and-ashtadhyayisanskrit-grammar/
7. Parser /Tokenizer for Samasa - Vaakkriti: Sanskrit Tokenizer, Aasish Pappu and Ratna Sanyal, Indian Institute of Information Technology, Allahabad (U.P.), India, Proceedings from the paper submitted in Third International Joint Conference on Natural Language Processing, 2008, Hyderabad, India
8. The methods used inside the ashtadyayi is similar to today's arrays, inheritance (including multiple inheritance), polymorphism, etc. used in OOPS - Reference: Recent Research in Science and Technology, 2011, 3(7): 109-111,  ISSN: 2076-5061, www.scholarjournals.org
9. Computational Lingusitics - Reference: Hyman Malcolm D., “From Pāninian Sandhi to Finite State Calculus”, Sanskrit Computational Linguistics: First and Second International Symposia, Revised Selected and Invited Papers,  ISBN:978-3-642-00154-3, Springer-Verlag, 2009.