Category: Language

• The “Lone Genius” is a Myth.
• The Success of a company or a product often requires complementary skills.
  Three examples are provided.

Microsoft

• Paul Allen, co-founder of Microsoft, passed away at the age of 65. He had the technical expertise.
• Bill Gates had the business acumen to turn Paul Allen’s ideas into products.
  The two were complementary.

Apple

• Steve Wozniak, co-founder of Apple, built the microcomputer and wanted to share his ideas with members of the Home Brew Computer Club.
• Steve Jobs had the business acumen and persuaded Woz to form Apple Computers.
  The two were complementary.

Music

• Oscar Hammerstein wrote beautiful lyrics.
• Richard Rodgers was a talented composer.
• The two produced hits for the Broadway and the movies such as South Pacific, My Fair Lady and The Sound of Music.

A Deck has 52 cards.

Suits

There are four suits :

• Clubs (Black)
• Diamonds (Red)
• Hearts (Red)
• Spades (Black)

Each suit has 13 cards : Ace / One, Deuce / Two, Trey / Three, Four, Five, Six, Seven, Eight, Nine, Ten, Jack, Queen, King.

Correspondence

• The four suits correspond to the four seasons or four quarters.
• The 13 cards in a suit correspond to the number of weeks in a quarter.
• The 52 cards in a deck correspond to the number of weeks in a year.
• The two colors correspond to Ying and Yang.

Card Games

• Bridge uses a deck of cards. Each player is dealt 13 cards. The players then bid or pass. Ivan Lee (M69) is a Life time Platinum Bridge Expert.
• Some games use two decks.
• A few games (e.g ရှိုး၊ တချပ်မှောက်) may use a subset. Mg Mar Ga (M72) has written some posts about the RIT Card Players.

Collaboration of sayas and alumni

Poets

• Tekkatho Moe War : Saya U Moe Aung (EE63)
• Maung Sein Win (Padeegone) : Class of M72
• Okpo Maung Yin Maung : Saya U Aung Myaing (ChE72)
• Maung Nyunt Htay (Ah Htet Min Hla) : Saya U Nyunt Htay (Met73)
• “Ka Byaung” : U Win Myint (M72)

Illustrator

• Bagyee Myat Myo Myint : U Myo Myint (Class of M73)

Translator

• U Hla Min (EC69)

In Computer Science and applications, a Programming Language is a language used to program (e.g. instruct) computers.

Evolution

In the early days, computer engineers and selected programmers have to program in Machine Language (with strings of Zeroes and Ones). They are due partly to the choice of Binary Number System as the basis of designing Arithmetic Logic Unit (ALU) of the computer.

On the ICL 1902S computer, we often had to use the 24 keys to enter short pieces of Machine Code. That is history.

To bridge the human users and the computers, the next step was to use Assembly Languages such as (a) Simple/Symbolic Assembly Language (b) Macro Assembly Language.

A Macro is a well-defined group of Assembly Language instructions.

An Assembler translates a program in Assembly Language into Machine Language instructions.

The development of the first 11 (or so) programming languages can be found in the inaugural conference on the History of Programming Languages (HOPL).

Currently, there are thousands of programming languages (some for academic purposes) and a limited number used for production.

Programming Style

Over the years, the style of programming evolved. The list is not exclusive.

• Procedural programming (e.g. telling the computer system what to do, emphasis on the “verbs”)
• Non-procedural programming (e.g. telling the computer system what one wants)
• Object Oriented programming (e.g. emphasis on the “nouns”)
• Functional programming (e.g. based on “functions”)
• Logic programming (e.g. based on “Horn logic” and similar logic systems)
• Top down step wise development
• Bottom up technique
• Middle out technique
• AI programming

Computation

With each paradigm, there are several programming languages with known advantages and limitations.

There is a theoretical model called “Turing Machine”, which is primitive but has the computational power of modern computers.

Alan Perlis, a pioneer Computer Scientist and Programming Language Designer, defined a “Turing Tar Pit, where everything is possible (to compute), but nothing is easy.”

• The following are examples of the Changing Education System.
• The terms “Old”, “New” and “Newer” depend on the context.

Old System : Options for Matriculation students

In the old system, Matriculation students can take

• Burmese
• Lower Burmese (for a restricted time)
• Optional Burmese
• English
• Optional English
• Mathematics
• Additional Mathematics
• Physics, Chemistry, …
• History, Geography, …
• Usually five Subjects (not restricted to Science only, or Arts only)
• One extra subject (as insurance)

Old System : Options for University Students

In the old system, University students can

• switch from one discipline to another
  e.g. Engineering back to Medicine, Pure Science, Arts …
• take Double Maths (Pure, Applied)
• take Triple Maths (Pure, Applied, Statistics)
• join B.L, B.ED, … (after their Bachelors)
• 3-year Special Honors (after Intermediate)
• 2-year General Honors (after Intermediate)
• …

New System : Options for Matriculation students

In the new system, Matriculation students

• take six prescribed subjects based on Science or Arts option
  e.g. Burmese, English, Mathematics, Physics, Chemistry, Biology (for Science option)
• 5-year Law degree
• 5-year Education degree
• can apply for Science Scholarship (SS)
• bypass the Intermediate and are admitted directly to the Institutes using the controversial Intelligence Level Aggregate (ILA)
• …

Newer Systems

The newer systems tried

• Regional College
• Moving some disciplines to the Ministry of Science and Technology
• “Compressed” academic terms [to make up for school closures]
• Proliferation of Colleges and Technological Universities [without the needed resources]
• “Hybrid” nomenclature :
  Professor
  Associate Professor
  Lecturer (instead of Assistant Professor)
• Multiple Professors in a Department
  One designated as Head of the Department
• Having high percentage rate of success in examinations [without maintaining the quality and integrity]

Homonyms are words which sound the same. Examples:
rain, rein, reign
air, heir
throne, thrown

A puzzle based on homonyms : “What is the difference between the Prince of Wales and a cricket ball?”

The Prince of Wales is HEIR to the THRONE.
A cricket ball is THROWN to the AIR.

Board Game

* Played using only 32 Black Squares on a 8×8 board

* Each player has 12 pieces

* Known as ကျား

* Mandalay had a ကျားဘုရင်

His famous assistant was ကျားဘညိမ်း who was also a National Boxing Champion and founder of a Boxing Club with ကျား (Tiger) Logo

Type of Games

* Traditional

Player wins when opponent has lost all pieces

* Unconventional

Player who loses all pieces first wins.

* Showmanship

Choose 12 pieces or Single piece

Player who loses all pieces first wins.

AI (Artificial Intelligence)

* Early AI projects include the development of a Checkers program by Arthur Samuel (IBM)

The program learned from the Rules Book as well as actual play against humans

* Checkers is not as complex as Chess and Go.

With the advent of powerful computers, specialized Chips and highly skilled players, AI Community now have World Class Chess & Go programs.

* IBM Deep Blue beat Gary Kasparov (then World Champion in Chess).

Meaning

Antonyms are words which have almost the opposite meaning for the given context.

Since some words can have multiple meanings, one must be careful of the meaning associated with an antonym.

Examples

Love and Hate are antonyms.

There are six root causes or Hetu.

They fall into two groups : Kusala (Wholesome) and Akusala (Unwholesome). Kusala and Akusala are antonyms.

Akusala group consists of Lobha (Greed), Dosa (Anger or Hatred) and Moha (Ignorance of Delusion)

Kusala group consists of Alobha (Non-greed), Adosa (Non-hatred) and Amoha (Non-ignorance or Wisdom).

Lobha and Alobha are antonyms. Dosa and Adosa are antonyms. Moha and Amoha are antonyms.

A Generalist is a person
who knows less and less
about more and more
until finally
he knows nothing about everything.

A Specialist is a person
who knows more and more
about less and less
until finally
he knows everything about nothing.