I was wondering how would the forward and backward edges of residual capacities from the ford-fulkerson algorithm would translate in matrix? Would the upper triangular matrix be the forward edges and lower part be the backward edges?
How would residual capacities translate into an adjacency matrix from computing max flow?
194 Views Asked by A. R At
1
There are 1 best solutions below
Related Questions in ALGORITHM
- Understanding InnoDB Repeatable Read isolation level snapshots
- Dump with SERIALIZABLE more consistent than `--single-transaction` (REPEATABLE READ) in MySQL
- update then select value which updated by other transaction but get the value before update
- Understanding InnoDB X-Lock with REPEATABLE_READ and READ_COMMITED isolation level
- InnoDb - SELECT while a Repeatable Read Transaction is Executing
- MySQL Repeatable Read isolation level and Lost Update phenomena
- What concurrency issues can this PostgreSQL code create?
- PostgreSQL's Repeatable Read Allows Phantom Reads But its document says that it does not allow
- Does REPEATABLE READ affect Hibernate Expectations?
- Replay java stream in memory effiicient way?
Related Questions in DATA-STRUCTURES
- Understanding InnoDB Repeatable Read isolation level snapshots
- Dump with SERIALIZABLE more consistent than `--single-transaction` (REPEATABLE READ) in MySQL
- update then select value which updated by other transaction but get the value before update
- Understanding InnoDB X-Lock with REPEATABLE_READ and READ_COMMITED isolation level
- InnoDb - SELECT while a Repeatable Read Transaction is Executing
- MySQL Repeatable Read isolation level and Lost Update phenomena
- What concurrency issues can this PostgreSQL code create?
- PostgreSQL's Repeatable Read Allows Phantom Reads But its document says that it does not allow
- Does REPEATABLE READ affect Hibernate Expectations?
- Replay java stream in memory effiicient way?
Related Questions in MAX-FLOW
- Understanding InnoDB Repeatable Read isolation level snapshots
- Dump with SERIALIZABLE more consistent than `--single-transaction` (REPEATABLE READ) in MySQL
- update then select value which updated by other transaction but get the value before update
- Understanding InnoDB X-Lock with REPEATABLE_READ and READ_COMMITED isolation level
- InnoDb - SELECT while a Repeatable Read Transaction is Executing
- MySQL Repeatable Read isolation level and Lost Update phenomena
- What concurrency issues can this PostgreSQL code create?
- PostgreSQL's Repeatable Read Allows Phantom Reads But its document says that it does not allow
- Does REPEATABLE READ affect Hibernate Expectations?
- Replay java stream in memory effiicient way?
Related Questions in FORD-FULKERSON
- Understanding InnoDB Repeatable Read isolation level snapshots
- Dump with SERIALIZABLE more consistent than `--single-transaction` (REPEATABLE READ) in MySQL
- update then select value which updated by other transaction but get the value before update
- Understanding InnoDB X-Lock with REPEATABLE_READ and READ_COMMITED isolation level
- InnoDb - SELECT while a Repeatable Read Transaction is Executing
- MySQL Repeatable Read isolation level and Lost Update phenomena
- What concurrency issues can this PostgreSQL code create?
- PostgreSQL's Repeatable Read Allows Phantom Reads But its document says that it does not allow
- Does REPEATABLE READ affect Hibernate Expectations?
- Replay java stream in memory effiicient way?
Trending Questions
- UIImageView Frame Doesn't Reflect Constraints
- Is it possible to use adb commands to click on a view by finding its ID?
- How to create a new web character symbol recognizable by html/javascript?
- Why isn't my CSS3 animation smooth in Google Chrome (but very smooth on other browsers)?
- Heap Gives Page Fault
- Connect ffmpeg to Visual Studio 2008
- Both Object- and ValueAnimator jumps when Duration is set above API LvL 24
- How to avoid default initialization of objects in std::vector?
- second argument of the command line arguments in a format other than char** argv or char* argv[]
- How to improve efficiency of algorithm which generates next lexicographic permutation?
- Navigating to the another actvity app getting crash in android
- How to read the particular message format in android and store in sqlite database?
- Resetting inventory status after order is cancelled
- Efficiently compute powers of X in SSE/AVX
- Insert into an external database using ajax and php : POST 500 (Internal Server Error)
Popular # Hahtags
Popular Questions
- How do I undo the most recent local commits in Git?
- How can I remove a specific item from an array in JavaScript?
- How do I delete a Git branch locally and remotely?
- Find all files containing a specific text (string) on Linux?
- How do I revert a Git repository to a previous commit?
- How do I create an HTML button that acts like a link?
- How do I check out a remote Git branch?
- How do I force "git pull" to overwrite local files?
- How do I list all files of a directory?
- How to check whether a string contains a substring in JavaScript?
- How do I redirect to another webpage?
- How can I iterate over rows in a Pandas DataFrame?
- How do I convert a String to an int in Java?
- Does Python have a string 'contains' substring method?
- How do I check if a string contains a specific word?
There are several different ways of encoding a graph as a matrix, so I don't think we could speak specifically of "the" way of doing this.
The most common way to encode a graph with weights / capacities on its edges as a matrix is as an adjacency matrix. To form it, number the nodes in the graph 1, 2, 3, ..., n. Then the entry at row i, column j corresponds to the capacity on the edge going from node i to node j. If the capacity is positive, then that entry would be positive. If the it's a residual edge, the value would be negative. And if there isn't an edge from the first node to the second, or if the edge is saturated, the value in the matrix would be zero.