3.4 Temperature
Definition 7 - Temperature of Data: The temperature of
a data which is never requested is defined as zero and
when the temperature is increased followed by each
request, the temperature of data will be decreased within
time periods if not used.
Tempdata Num of Request in Time (7)
Definition 8 - Temperature of Database: Average
temperature of the content data of that database.
Tempdatabase = (∑Tempdata) / nField of Record (8)
NOTE (2): The temperature is directly related to the
kinetic energy.
NOTE (3): Raising the temperature will increase the
kinetic energy of the material particles.
NOTE (4): The location for storage of the temperatures
of data can be ant place of the memory.
Challenge: For conversion of Temp K to Temp = hK, it
is necessary to calculate the h correlation coefficient.
3.5 Heat
Definition 9 – Heat of Data: The variation in the
temperature of data within Δt period of time is called the
transferred heat of data in that certain period of time.
Qdata = ∫ Tempdata dt (9)
Definition 10 – Heat of Database: Total heat of data
which is transferred via the data.
Qdatabase = ∑ Qdata (10)
3.6 . Latent Heat of Fusion
Definition 11 - Latent Heat of Fusion: The amount of
positive heat transferred by data in order to decide to make
it further accessible. For instance, it may be located in the
cache memory. Calculation of the relative or accurate
values for this section needs simulation as the exposed
challenges in the way of the newly developed systems.
QHdata= ? (11)
Definition 12 - Latent Heat of Database: Average latent
heat of all data.
NOTE (5): This node must be more accessible in these
conditions for the distributed systems.
QHcentralized Database = 0 (12)