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ACO (3) AdaBoost (2) Ant Colony Optimization (2) Backpropagation (2) binary constraint graph (1) blockchain (2) brute force (1) brute force algorithm (1) Class Scheduling (12) conditional independence (1) conference cheduling (1) conference scheduling (2) constraint satisfaction problem (3) cryptocurrency (3) csp (3) cyclic group (1) data mining (3) decision trees (12) derive equations (1) DHKE (6) Diffie Hellman Problem (1) Diffie-Hellman Key Exchange (2) Digital Signature Algorithm (1) Discrete Logarithm Problem (1) double and add algorithm (1) download source code (1) DSA (1) ecc (1) ECDH (1) ECDSA (1) Elgamal (1) Elgamal Digital Signature (1) Elliptic Curve (1) Elliptic Curve Diffie–Hellman key exchange (1) Elliptic Curve Cryptography (1) Elliptic Curve Digital Signature Algorithm (1) Encryption (1) euler phi function (1) extended euclidean algorithm (1) generalized discrete logarithm problem (1) generate rules (3) Genetic Algorithm (5) Genetic Algorithms (19) gradient descent (2) group (1) group generator (1) grow xml tree (1) Handle Underflow (1) hashing (1) hill climbing (7) hopfield network (2) independence (1) info gain (1) information gain (2) java (84) javafx (1) k-nearest neighbors (2) Laplace Smoothing (2) linear algebra (3) Linear Regression (2) logical operators (1) logistic regression (4) map coloring (1) message authenticity (1) message confidentiality (1) message integrity (1) multi-party Diffie-Hellman Key Exchange (1) Naive Bayes (6) nearest neighbor (1) nearest neighbors (1) Neural Networks (10) node splitting (1) Normal Equation (2) numpy (1) P2P (10) Peer to Peer (5) peer-to-peer (2) point addition (1) point doubling (1) pow (3) probability (2) proof of work (3) proof-of-work (1) public key cryptography (9) Public Key Cryptography + DHKE w/ Encryption + JAVA (1) Python (18) random restart hill climbing (2) robotics (1) rsa (1) RSA Digital Signature (1) Scala (1) Sentiment Classification (4) Sequential Minimal Optimization (2) sha-256 (1) simulated annealing (2) SMO (2) sqlite (21) stochastic gradient descent (2) Support Vector Machines (2) SVM (2) Traveling Salesman Problem (1) TSP (13) underflow handling (1) use rules (3) workshops scheduling (2)

Friday, September 4, 2020

TSP + Nearest Neighbor + SQLite DB + JAVA

 

prototypeprj.com = zaneacademy.com (version 2.0)

00:10 import into Eclipse the downloaded zip file for
'TSP Nearest Neighbor w/ JAVA Project'

01:03 add and setup the sqlite jdbc jar file to the project

02:40 code CreateDB01 class to create database
and create and populate the city table

04:54 test run the 'data from database' DBDriver

06:00 create file containing cities and their latitudes and longitudes

07:30 test run the 'data from file' FileDriver

08:07 test run the hardcoded data Driver

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Thursday, September 3, 2020

TSP + Simulated Annealing + SQLite DB + JAVA


prototypeprj.com = zaneacademy.com (version 2.0)

00:10 import into Eclipse the downloaded zip file for
'TSP w/ Simulated Annealing & JAVA'

01:02 add and setup the sqlite jdbc jar file to the project

02:07 code CreateDB01 class to create the database
and create + populate the cities table

05:17 test run the 'data from database' DBDriver
08:08 test run the 'data from file' FileDriver

08:34 test run the hard-coded data Driver

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Tuesday, September 1, 2020

TSP + Brute Force Algorithm + SQLite DB + JAVA

 


prototypeprj.com = zaneacademy.com (version 2.0)

00:10 import into Eclipse the downloaded zip file
for 'TSP Brute Force w/ JAVA Project'

00:55 add and setup the sqlite jdbc jar file to the project
05:39 create and populate the sqlite database
containing cities and their latitudes and longitudes

06:00 test run the 'data from database' DBDriver

06:36 create file containing cities and their latitudes and longitudes

07:37 test run the 'data from file' FileDriver

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TSP + Hill Climbing + SQLite DB + JAVA


prototypeprj.com = zaneacademy.com (version 2.0)

00:10 import into Eclipse the downloaded zip file for 'TSP Hill Climbing w/ JAVA Project'

01:05 add and setup the sqlite jdbc jar file to the project

03:10 create and populate the sqlite database containing
cities and their latitudes and longitudes

04:55 test run the 'data from database' DBDriver

05:56 create file containing cities and their latitudes and longitudes

08:11 test run the 'data from file' FileDriver

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TSP + Genetic Algorithms + SQLite DB + JAVA

 

prototypeprj.com = zaneacademy.com (version 2.0)


00:10 import into Eclipse downloaded zip file for
'TSP Genetic Algorithm w/ JAVA Project'

01:09 add and setup sqlite jdbc jar file
02:50 create file containing cities and their latitudes and longitudes
03:19 create and populate an sqlite database containing cities and their latitudes and longitudes


05:50 create the database
06:15 test run the 'data from database' DBDriver

07:28 code the 'data from file' FileDriver class

09:09 test run the 'data from file' FileDriver

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