logo__081

'BiTransSciencia [081]' Evolution Tree (E.T.): __0_0_0__

Definition

The 'BiTransSciencia'[numeric representation: '081'] is a 'Transmission Oriented - Pseudo based - Closely-Opened System [__T_P_CO__.Ss]' based Data-Architectural Model for developing various Software/Hardware Applications/Protocol using Computational Compiler/Interpretor based devices (such as Computer).The 'BiTransSciencia' was inspired from Properties of general living organims in which, where and how the Data is stored and accessed in these organims.

The 'BiTransSciencia' mainly focusses on two ascpects i.e. 'Data Storage' and 'Transmission of Data' with/without manipulation of data. On the basis of these ascpects the Architecture was developed such that the data transmits from one to another using a transmission medium; where we generally name the two data-points(from where the data is stored) as 'Server[0]' and 'Sensor(s)[1]' where the 'Server' is basically inspired from the functioning of 'Brain'/'CPU' and 'Sensor(s)' have been inspired from functioning of 'Sense Organs in a living organisms & the external components of a Computer (Mouse,Keyboard,Speakers,Monitor,etc...)' and the 'transmission-media[8]' was inspired from functionality of 'Nerves in living organisms & wires/wireless functionality in Computer Devices'.
Here the role of 'Server[0]/Sensors[1]' is to store data by itself or from 'Sensors[1]/Server[0]' respectively via 'Transmission[8]' with/without manipulation of data. The data can only be manipulated at 'Transmission[8]' after acessing and before storing the data (if required).

'BiTransSciencia' is a cyclic process where the data gets transmitted to and from 'Server↔Sensors'


Origin (Derivation of the term 'BiTransSciencia')

The term 'BiTransSciencia' is the composition of three terms: Bi-Trans-Sciencia; where 'Bi' means 'Two'(Two Data Points), 'Trans' means 'across-Transmission(here)' and 'Sciencia' means 'Science(Knowledge)'.
So, the term 'BiTransSciencia' provides the 'Knowledge about where and how the data to be stored & manipulated and gets transmited across the points (Server and Sensor(s))'.

The logo of 'BiTransSciencia' consists of the composition of numerics '0,8,1' which indicates 'Data-Point-0(Server),Transmission Medium,Data-Point-1(Sensor)'[from left-right] and a schematic transmission of data from 0↔1 via 8 along a line (irrespective of Size,Color and alignments)
In the logo '0 & 1' were represented inside '8' for indication of cyclic transmission of data across 0 and 1


Terminology in 'BiTransSciencia'

'BiTransSciencia' Architecture Protocols

structure__081 
Schematic representation of tree structure of 'BiTransSciencia [081]'

The 'BiTransSciencia [081]' initialized by consisting of two points where the data is been stored. The data may be originated with-in the system or from its Surroundings.Since there are two data points and the data to be transmited from one to another, now there should be a medium to transmit the data... Here comes the necessity of 'BiTransSciencia [081]' where '0 and 1' are the data points and '8' be the transmitting medium. This transmiting medium transmits from one to another.
There are mainly two transmissions that can be occurred i.e. with-in the system and/or System to &/ from Surroundings. So the Architecture gets splits into three(3) namely {'0','8','1'} such that '0' & '1' consists of the data of the 'System' and 'Surroundings' and '8' consists of transmission protocols which aids to transmits the data that can be accessced only from the system. 

The '0'&'1' consists majority of data/interface(s)/programs that has been transmitted to/from System & Surroundings, and '8' consists majority of the System-based data/transmissions

Since '0' and '1' has two(2) kinds of data (i.e. System and Surroundings), these gets splits into three(3) sub-divisions namely:

'0' gets splits into:

'10':
Consists of Partial/Source data of System's Surroundings
'88':
Consists of protocols to transmit the extracted data into the System [into '/8/_0_/10/']
'01':
Consists of Partial/Source data from '/8/_0_/' that to be transmitted to its Surroundings
The molecules/particles '10' is required if to extract partial data from its surroundings, else the data directly be stored directly into '/8/_0_/10/' via surrounding's/system transmissions
The molecules/particles '01' is required if to transmit partial data to its surroundings, else the data produced from the '/8/_0_/' can be directly accessed to its surroundings. The '01' Molecule mainly aids in data abstraction while transmitting to its surroundings...

'1' gets splits into:

'01':
Consists of Partial/Source data of System's Surroundings
'88':
Consists of protocols to transmit the extracted data into the System [into '/8/_1_/01/']
'10':
Consists of Partial/Source data from '/8/_1_/' that to be transmitted to its Surroundings
The molecules/particles '01' is required if to extract partial data from its surroundings, else the data directly be stored directly into '/8/_1_/01/' via surrounding's/system transmissions
The molecules/particles '10' is required if to transmit partial data to its surroundings, else the data produced from the '/8/_1_/' can be directly accessed to its surroundings. The '10' Molecule mainly aids in data abstraction while transmitting to its surroundings...

Till now, the data has been transmitted across System-Surroundings... Now, we explore how the data is transmitted with-in the System i.e. the actual data transmission occurs in between '0' & '1' is at '8' namely '_0_' ↔ '__8__' ↔ '_1_'.
The '_0_' molecule consists of three(3) further molecules namely '10','00','01' where the actual '0's System data been addressed. The '10' molecule consists of data that have been extracted from Surroundings via '/0/88/' or directly from Surroundings. The molecule '00' consists of Origin data of '0' that has been evoluted within-it or via System transmissions. The '01' molecule consists of data that can be accessed by its Surroundings.
The '_1_' molecule consists of three(3) further molecules namely '01','11','10' where the actual '1's System data been addressed. The '01' molecule consists of data that have been extracted from Surroundings via '/1/88/' or directly from Surroundings. The molecule '11' Consists of Origin data of '1' that has been evoluted within-it or via System transmissions. The '10' molecule consists of data that can be accessed by its Surroundings.
The '__8__' molecule consists of three(3) further molecules namely '_0_','_8_','_1_'.

The '_0_' molecule consists of three(3) further molecules namely '081','080','180'.

The '081' molecule consists of transmission protocols to transmit data from '_0_' to '_1_'
The '080' molecule consists of transmission protocols to transmit data with-in '_0_' molecule.
The '180' molecule consists of transmission protocols to transmit data from '_1_' to '_0_' on the basis of Server request...


The '_1_' molecule consists of three(3) further molecules namely '180','181','081'.

The '180' molecule consists of transmission protocols to transmit data from '_1_' to '_0_'
The '181' molecule consists of transmission protocols to transmit data with-in '_1_' molecule.
The '081' molecule consists of transmission protocols to transmit data from '_0_' to '_1_' on the basis of Sensor request...


The '_8_' molecule consists of three(3) further molecules namely '808','818','888'.

The '808' molecule consists of two(2) further molecules namely '0' and '8'.

The '8' molecule consists of interfaces that helps in calling the '/__8__/_0_/' protocols for transmitting the data.
The '0' molecule consists of "input → output" log files for the respective call of the protocols and molecule(s)/particles(s) of processed data (such like 'cached data',etc...). This is an optional molecule.


The '818' molecule consists of two(2) further molecules namely '1' and '8'.

The '8' molecule consists of interfaces that helps in calling the '/__8__/_1_/' protocols for transmitting the data.
The '1' molecule consists of "input → output" log files for respective call of the protocols and molecule(s)/particles(s) of processed data (such like 'cached data',etc...). This is an optional molecule.


The '888' molecule consists of three(3) further molecules namely '0', '8', '1'.

The '0' and '1' molecule(s) consists of protocols that aids in transmitting of data across '1' and '0' data transmissions. These are intermediate transmitting data molecule.
The '8' molecule consists of "input ↔ transmitting ↔ output" log files for respective call of the protocols and molecule(s)/particles(s) of processed data (such like 'cached data',etc...). This is an optional molecule.


The '888' molecule is required to transmit across the '_0_' and '_1_' and optional to transmit within '_0_' and '_1_'. In 'Open System', the 'interface' transmissions can be embedded within this molecule such that either 'Server[0]' or 'Sensors[1]' can access directly without separate interfaces.(i.e. interface{'Closed System','Closely-Opened System' : Optional; 'Open System': Recommended})
The '808' and '818' molecules are required for transmitting the data via interfaces{'Closed System','Closely-Opened System' : Recommended; 'Open System': Optional} and Complex transmissions, for simple transmissions, the data can be transmitted via '/__8__/_0_/' and '/__8__/_1_/' directly, but the log files to be generated in '808' and '818' molecules respectively.

There is no specific location where the '8' to be located since it is an intermediate point. It depends of 'Eminencial' properties (from "'BiTransSciencia' Properties")



There are two special particles named '.Ss' and '.et' which represents 'Evolution Tree' and 'System-Surrounding' characteristics.

   :→ The '.Ss' particle is used to represent the 'System-Surroundings' characteristics on the basis of "'FSE' properties of '081'"(from the "'BiTransSciencia' Properties"). The syntax of '.Ss' is "__[F]_[S]_[E]__"; where {F,S,E} is represented based on the abbreviations of these sub-divisional properties.

      The molecules/particles can be outside the [081] and inside the System. These molecules/particles have Universal access w.r.t the System and the Surroundings those may be of any of {'0','8','1'}. These are termed as '__Ss__' molecules and '_Ss_' particles.

     There are three(3) types of '.Ss' molecules/particles i.e {_,__,#}:

      _ -
      - The molecule '_' consists of molecules/particles which are connected to any/all of the molecules/particles of the System(majority) &/( i.e. and/or) Surroundings which are 'Private' i.e. these can only be accessed by the '0' or '1' ['_' represents '20' (where '0' describes 'Private')].
      __ -
      - The molecule '__' consists of molecules/particles which are connected to any/all of the molecules/particles of the System(majority) &/ Surroundings which are 'Public' i.e. these can be accessed by the '0' and '1' ['__' represents '21' (where '1' describes 'Public')].
      # -
      - The '#' represents the molecule(s)/particle(s) which are related to any/all the molecules/particles of the System &/ Surroundings and other molecules/particles which don't meet the properties of '_' and/or '__'. The molecules/particles are of superset of '_', '__' by which these can be accessed by any of the molecules/particles of the System and/or Surroundings. The '.et' is also a type of '#' molecule/particle which represents the System's Evolution-Tree but it also has its own properties i.e. it is superset of all the Molecules/Particles of the System &/ Surroundings on the basis of its specification. Note that '#' is not a specific molecule/particle, it's just a representation of the molecules/particles which are not of '_' , '__' and the 081 Molecules...


   :→ The '.et' particle is used to represent the evolution of the System (in general-commonly known as 'Version'). The syntax of '.et' is "__[Stem(s)]_[Branch(s)]_[Leaf(s)]__"; where 'Stem' count represents the number of evolutions added or removed or 'altered' in the system i.e. the evolutions that occurred in the System's root molecule, 'Branch(s)' count represents the number of evolutions that occurred inside the System's root molecule, 'Leaf(s)' count represents the number of evolutions that occurred inside the System's particles.For every system the "Root" is a "BlackHole". Initially the '.et' is "__0_0_0__" while evoluting, after its initial evolution the '.et' is as '__1_1_1__', then after it depends on the evolutions... The name of the System to be initialized within the [.et] Particle

     The types of 'Evolution-Tree':
       i. Balanced Evolution-Tree :
           : This represents the initial System that has been Evoluted (Either by Hirerchial/Derived or via BlackHole/Neutral[The System is evoluted by no dependecy on surrounding Systems]).The syntax of this Evolution-Tree is as "__[Stem(s)]_[Branch(s)]_[Leaf(s)]__"
       ii. Pseudo Evolution Tree :
           If a System has evoluted but if this has not effected the initial System, then the '.et' is represented by 'Pseudo Evolution-Tree'. This is only applicable for the evolutions with-in only one System. The syntax of this Evolution-Tree is "_[Branch(s)]_[Leaf(s)]_"."__[Stem(s)]_[Branch(s)]_[Leaf(s)]__" ('.'(Single Dot) read as "pseudo of"(here)); in which left of "." is the System that has been evoluted of the System of the right of the ".". Here the Pseudo System doesn't Consists [Stem] since the [Stem] of the Pseudo System is same as its Balanced System [right of "."].
       iii. Hierarchical Evolution Tree :
           If a Balanced System derives any of the Molecules/Particles from the surrounding System(s) [Balanced/Hierarchical], the evolution of this System is represented by "Hirarchial Evolution-Tree". The syntax of the Evolution-Tree is "__[Stem(s)]_[Branch(s)]_[Leaf(s)]__"-"__[Stem(s)]_[Branch(s)]_[Leaf(s)]__"....-"__[Stem(s)]_[Branch(s)]_[Leaf(s)]__"('-' read as "Hierarchical of"(here)); in which the left of "-" is the Balanced System[not to be Black Holed since Hierarchical] which derives 'n' number of surrounding Systems which are separated by "-". Here the Stems can be different for left and right "-" since the Systems are non-Identical. This Evolution-Tree can be represented with-in the Particle [.et] or by only initializing the instance System Evolution-Tree [left of "-"] and the derived System(s) to be inside the [.et] Particle by initializing the Hierarchical System(s) with "-" with suffix of its Hierarchical System's Name separated by '--' and the successive Hierarchical System(s) are separated by "\n"(new line)

     The '.et' can be initialized by:
       i. (as a Molecule): The {Molecules,Particles} will be initiated with-in the '.et' Molecule.
       ii. (as a Particle): The '.et' Particle will be initiated with-in the Root/Molecule.



The different line-strokes represents different relations in between the molecules/particles with respect to the data/transmission medium; i.e.

The "———" represents the direct(or)indirect[while accessing with "---" type molecules/particles] relation; "---" represents indirect relation; "..." represents about the System-Surround relations

The {Black,Gray, White, Blue, Green, Red} color-codes are used in the schematic-architecture which indicates:

Black -
- Representation of the Universe
Gray -
- 'Gray' is used to represent System's Molecule(s)/Particle(s) {'.et', '.Ss'} and/or 'Hierarchical Transmission'
White -
- 'White' is used to represent data-transmission across System-Surroundings and the Boundary(s) of the Molecule(s)/Particle(s)
Blue -
- 'Blue' is used to represent 'Server[0]' (which simulates 'Back-end' on the basis of its wavelength)
Green -
- 'Green' is used to represent 'Transmission medium[8]' (which simulates 'intermediate of '0' and '1'' on the basis of its wavelength)
Red -
- 'Red' is used to represent 'Sensors[1]' (which simulates 'Front-end' on the basis of its wavelength)


'BiTransSciencia' Properties

For a System developed by 'BiTransSciencia' consists of three(3) Properties [applicable for System and Surroundings]:

These Properties are commonly called as "'FSE' Properties of '081'"

Functional Properties: Functional Properties describes about the function of the System for which it was developed for.
These are of three(3) types:


'Data Oriented System':   'Data Oriented' based systems mainly focusses on the 'where to store the data' based on required conditions with minimum transmission protocols
'Transmission Oriented System'   'Transmission Oriented' based systems mainly focusses on 'how to store the data' based on required conditions with minimum data with-in the system
'Data-Transmission Oriented System'   'Data-Transmission' based systems focusses on both 'where and how the data to be stored' with required transmission protocols

Structural Properties: Structural Properties describes about the Structure of the System based on the design of the System
These are of three(3) types:


'Pseudo System':   'Pseudo System' is a system in which it transmits to or from with-in the System or Surroundings. The nature of the system is flexible and unstable(to make system Stable and may or may not follow all the protocols of 'BiTransSciencia [081]'. To be converted to any of the above Properties i.e. 'Natural/Balanced' which may loose flexible characteristic). At the initial Evolution of a System (i.e. et: __0_0_0__) possesses 'Pseudo System' util the System is initially Evoluted (et: __1_1_1__) by transforming to 'Neutral'/'Balanced' System(s). Some of the System(s) possess the 'Pseudo System' even after their initial evolution based on their functonality...
'Balanced System':   'Balanced System' is a system in which it must transmits the data with-in the System and Surroundings. The nature of the system is Stable and Dynamic
'Neutral System':   'Neutral System' is a system in which it must transmits with-in the system and doesn't transmit to and from Surroundings. The nature of the system is Stable and Static.

Eminencial Properties: Eminencial Properties describes about accessing of the data and transmission of data with respective to the Data-Points [i.e. 'Server' and 'Sensors']
These are of three(3) types:


'Open System':   The data in 'Server', 'Sensor' and 'Transmission of Data' can be accessed from any of the Data-Point within the transmission medium. The '8' resides at any of the data-points or at an individual location
'Closed System':   The data-point can only access the data with-in a data-point and its protocols and the system protocols and system data [example: the 'Server' can only access the data with-in 'Server' , and the protocols with-in '__8__/_0_', and '__8__/_8_'].The molecule '8' gets splits and resides at the data-points except '/8/__8__/_8_/888/' which resides at an individual location that can be accessed by the data-points
'Closely-Opened System':   In this, any of the data-point have control over the system in which it prescribes the manipulation of the data by a data-point.
 In 'Open-System' the folders '0' and '1' can be accessed by any of the data-point but, in 'Closed System' & 'Closely-Opened System' the folders '0' and '1' can only be accessed by the respective data folder unless the folder becomes the input/output of the surrounding Systems.The '8' resides as per the protocols of controlling data-point (i.e. 'Server[0]' or 'Sensors[1]')


Download 'BiTransSciencia [081]' Schematic Structure
Download the below zip file to install 'BiTransSciencia [081]' Schematic Structure... The folders/files can be manipulated as per your System requriments w.r.t 'BiTransSciencia [081]' Protocols

Download 'BiTransSciencia [081]' Schematic Structure 
!! Thank You choosing 'BiTransSciencia [081]' Data-Architecture for evoluting your System !!

Surrounding Acknowledgement(s)
UniPolySciencia Inkscape Anaconda Python Software Foundation W3C Visual Studio Code (from 'MicroSoft') Git FileZilla SourceForge Firefox creative Commons Windows (from 'MicroSoft')

Licensed to 'K.V.N.Aditya'...

The elements of 'UniPolySciencia' is licensed under:

UniPolySciencia (Icon) by Venkata Naga Aditya Kothapalli is licensed under CC BY-NC-ND 4.0

The elements of 'BiTransSciencia' is licensed under:

BiTransSciencia [081] (Logo) by Venkata Naga Aditya Kothapalli is licensed under CC BY-NC-ND 4.0

BiTransSciencia [081] (Icon) by Venkata Naga Aditya Kothapalli is licensed under CC BY-NC-ND 4.0

BiTransSciencia [081] (Tree Structure) by Venkata Naga Aditya Kothapalli is licensed under CC BY-NC-ND 4.0

BiTransSciencia [081] by Venkata Naga Aditya Kothapalli is licensed under CC BY-ND 4.0

The images (any format) from 'UniPolySciencia' and 'BiTransSciencia' can be used on their respective work as per the 'Creative Commons'. These images can only be manipulated accordingly as per requirement w.r.t the 'Color', 'Font-Style', 'Alignment' without manipulating the structure of the actual image...
The 'BiTransSciencia [081]' Data-Architecture can be used for developing 'Open-Source','Closed-Source' and 'Commercial' applications without manipulating the protocols.


Source ↔ Resource
The 'BiTransSciencia [081]' has discovered on the basis of general working of data-transmission in the Universe. There is no further refference(s) has been used in this. If you think the content used in this was a source of your's / other liable one's, mail to mailto:bitranssciencia@081