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NATO'ssystem of systems interoperabiliity engineering framework i.e., sync delta's, structured data exchange alpha numeric brevity codes, symbol sets... is the best framework to build a system of systems interoperability and synchronization framework, universal CODER'S GUIDE SYNTAX LEXICON:

NATO structured #data exchange alphanumeric brevity codes correspond to NATO 2525A, B, C, D SYMBOL sets; e.g., 1 =a, 2 =b, 3 ...

- See: MathWorks convert an array of numbers into letters; 1 =a, 2 =b, 3 = c etc. LINK https://www.mathworks.com/matlabcentral/answers/71504-convert-an-array-of-numbers-into-letters-1-a-2-b-3-c-etc

- NATO phonetic alphabet translator See: http://ip-tools.net/natophon.php LINK 

Symbolic #Artificial_Intelligence is the collective name for all methods in artificial intelligence research based on high-level "symbolic" (human-readable) representations of problems, logic and search.
Symbolic artificial intelligence - Wikipedia LINK https://en.wikipedia.org/wiki/Symbolic_artificial_intelligence

"We are going to develop a technique called SYMBOLISM. In ESH, we convert a symbol into an alphabetic (or numeric) representation using SYMBOLISM. Richard Van Steenberg @et_knowledge LINK: https://futurism.media/extra-terrestrial-symbolism #NASA #UFOs #Extraterrestrials #Sirius #Disclosure 

#Coindesk: The Opportunity for Interoperable Chains of Chains https://lnkd.in/e6cuNbA  

 

The Next Web TNW: a common syntax library of various Message Text Formats MTF to enable universal signalling / telemetry among a system of systems is ESSENTIAL. Decades of research at the taxpayer's expense into structured messaging / structured data exchange where the location, type of data identified by table number will help accelerate the process of organizing syntax into categories from disparate systems into data set reference repositories. Many semantic, syntax tags will be reusable. The rules, roles and logic developed by years of research involving of thousands of subject matter experts solving real world issues is the value to be extracted from the 300+ message sets. NATO stays synchronized across many languages and cultures so why reinvent the wheel?

MESSAGE CATALOG: The USMTF message library has over 300 messages to choose from to facilitate information exchange requirements. MTFs presenting data in a logical, well specified and unambiguous layout. MTFs are transmission medium neutral. The content of the Message Catalogue has been developed by military operators over the last 20 years. Messages are regularly maintained to keep pace with the latest tactics and doctrine.

Up to 2008, the standard was called MIL-STD-6040 and dictated the use of slash delimited textual messages. Since 2008 the standard is called MIL-STD-6040B and USMTFs can either be represented as slash delimited textual messages or as XML messages, with a clear mapping between the two. The updated rules are delivered with the XML-MTF schemas. Mapping to commercial uses is an opportunity. Note that the Field Format Index Reference Number and Field Use Designator Number example uses columnar indents that could be adapted to YAML

Military brevity codes and stock exchange codes are similar. security  Identifier used in financial markets are: SYMBOL, CUSIP, ISIN, SEDOL, RIC Code, Security Identifiers

SYMBOL / TICKER / TICKER SYBMOL / STOCK SYMBOL

The SYMBOL is another unique identifies used to represent a particular security listed on an exchange or traded publicly. Very commonly used for trading, market data and other places. All listed securities have unique ticker symbol. Some examples are: IBM, MSFT, GE etc.

ISIN stands for “International Securities Identification Number”. It is used to uniquely identify a security. It is originated from ISO 6166. ISIN is used to identify bonds, commercial paper, equities, warrants and most of the listed derivatives. The ISIN code is a 12 character alphanumerical code. One distinction is that ISIN code doesn’t change by exchange or currency it trades. It is unique unlike symbol that may change based on exchange and currency. To distinguish the exchange it has the same ISIN on each, though not the same ticker symbol. ISIN cannot specify a particular trading location in this case, and another identifier, typically MIC or the three-letter exchange code, will have to be specified in addition to the ISIN. The SEDOL board of the London Stock Exchange has revised their own standards to address this issue.

Example: LT0000610040

CUSIP: The CUSIP number or simply a CUSIP is another key identifier used financial markets to uniquely identify the company or issuer and the type of security. CUSIP stands for “Committee on Uniform Securities Identification Procedures”.  The CUSIP number is mainly used for US and Canadian stocks, and US government and municipal bonds. The CUSIP number is nine characters wide and it’s a combination of letters and numbers. The first six characters identify the issuer and are assigned in an alphabetical fashion; the seventh and eighth characters identify the type of issue; and the last digit is used as a check digit. The CUSIP Service Bureau is operated by Standard & Poor’s on behalf of the American Bankers Association (ABA). You can learn more at http://www.cusip.com. Example: 008000AA7 

SEDOL: The SEDOL is used for all securities trading on the London Stock Exchange and other exchanges in the U.K. The SEDOL stands for “Stock Exchange Daily Official List” and it is seven characters wide. It is combination of letters and numbers. Generally used to identify the UK securities that are not traded in US. Unique code is issued for each market the security is listed on.  MIC is used to identify Markets (exchanges) Example: B0WNLY7

RIC Code: The RIC stands for “Reuters Instrument Code”, used by Reuters to identify financial instruments and indices. The codes are used for looking up information on various Reuters financial information networks. RIC code is mainly two parts. First part is a symbol and second part is exchange code which is optional. Second part is separated by period. Example: MSFT.OQ represents Microsoft on NASDAQ. Additional Notes: 

Sample CUSIPS:

254709AC2 – Corporate Bond -Discover Finl Services

437076AQ5 – Corporate Bond -Home Depot Inc

441060AG5 – Corporate Bond -Hospira Inc

50075NAN4 – Corporate Bond -Kraft Foods Inc.

574599BE5 – Corporate Bond -Masco Corp

617446B99 – Corporate Bond -Morgan Stanley

852061AE0 – Corporate Bond -Sprint Nextel Corp

Structured military messaging and stock exchanges both use brevity codes. Structured Military Messaging standards have evolved over decades and include syntax for system of systems logic for a diverse range of situations ranging from logistics, intelligence, and public safety. Use of altitude, speed, velocity, vectors field unit reference designators, field unit identifiers is designed to track individual entities comprising groups / organizations participating in common activities and goals involving groups participating in a system of systems dispersed across wide areas. The diversity of structured military messaging and its focus on geo-spatial, temporal intensity metrics and meters makes it a logical foundation to form a trade federation.

The Bitcoin community uses the term Distributed Autonomous Organization DAO which was coined by a military think tank RAND Corporation in 2001. Simple Wins Concepts does not understand how a trade federation would be formed and managed without the use of organizational identifiers or the {“OrgID”} to uniquely identify groups and their sub-groups in a human readable, mnemonic manner. One of the main criticisms of Bitcoin is it’s anonymity of its users that critics maintain fosters financial crimes and irregularities.  

The organization should vet and monitor it’s individuals should irregularities or suspicious arise. Trade Federations would monitor and vet participating organizations. Bitcoin’s lengthy address is less human readable than the UUID – Universal Identifier that is a ten digit alpha-numeric code. Individual devices that store Bitcoin addresses or identify Internet of Things sensors, devices are well served by Bitcoin addresses / UUID ten digit codes.  Humans managing organizations with roles, i.e.., Operations, Finance, Logistics, (Business) Intelligence need human recognizable mnemonic names.

Structured Military Messaging – designed for precise system of systems signalling / telemetry

SET FORMAT IDENTIFIER : ACTRITEM STATUS : TRIAL DATE : 15-MAR-2000

SET FORMAT NAME : (NU) ACT_RES_ITEM CLASSNAME : LC2_SETS

FF-SEQ FIELD USE DESIGNATOR FLD DESC ALT CLASSNAME

1 M (NU) ACT_RES_ITEM.ACT_ID LC2FIELDS / LC2FIELDS 7001/016 1-15 N

2 M (NU) ACT_RES_ITEM.ACT_RES_INDEX LC2FIELDS / LC2FIELDS 7001/017 1-15 N 

FEDERATED Identification or Federated ID is a cloud computing term refering to digital signage referring to an individual. LINK http://en.wikipedia.org/wiki/Federated_identity To uniquely identify individuals belonging to an organization AND the type or category of organization it is and the resources, skill sets etc. it offers could be described the a D.U.N.S number issued by Dunn and Bradstreet.  D.U.N.S http://en.wikipedia.org/wiki/Data_Universal_Numbering_System LINK The DUNS number is a nine-digit number, issued by D&B, assigned to each business location in the D&B database, having a unique, separate, and distinct operation for the purpose of identifying them. Databases could include the Organizational Identifier or ORG_ID since more than one can be assigned to an organization and Org_ID's are mnemonic or human recognizable.  The Org_ID is referenced to a D.U.N.S number for authoritative, positive identification. Individuals joining or leaving organizations are identified and granted access by Federated_ID's. 

Rosetta Code is a programming chrestomathy site. The idea is to present solutions to the same task in as many different languages as possible, to demonstrate how languages are similar and different, and to aid a person with a grounding in one approach to a problem in learning another. Rosetta Code currently has 822 tasks, 188 draft tasks, and is aware of 635 languages, though we do not (and cannot) have solutions to every task in every language. See: Rosetta Code dot org    LINK