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NP-complete special cases include the edge dominating set problem, i.e., the dominating set problem in line graphs. NP-complete variants include the connected dominating set problem and the maximum leaf spanning tree problem. [3]: ND2 Feedback vertex set [2] [3]: GT7 Feedback arc set [2] [3]: GT8 Graph coloring [2] [3]: GT4
BigPicture is a project management and portfolio management app for Jira environment. First released in 2014 and developed by SoftwarePlant (now by AppFire), it delivers tools for project managers that the core Jira lacks, i.e. roadmap, a Gantt chart, Scope (work breakdown structure), risks, resources and teams modules.
Jira (/ ˈ dʒ iː r ə / JEE-rə) [4] is a proprietary product developed by Atlassian that allows bug tracking, issue tracking and agile project management.Jira is used by a large number of clients and users globally for project, time, requirements, task, bug, change, code, test, release, sprint management.
In the study of graph coloring problems in mathematics and computer science, a greedy coloring or sequential coloring [1] is a coloring of the vertices of a graph formed by a greedy algorithm that considers the vertices of the graph in sequence and assigns each vertex its first available color. Greedy colorings can be found in linear time, but ...
Sum coloring of a tree. The sum of the labels is 11, smaller than could be achieved using only two labels. In graph theory, a sum coloring of a graph is a labeling of its vertices by positive integers, with no two adjacent vertices having equal labels, that minimizes the sum of the labels.
They were also unhappy with the bug-tracking software they were using at the time. To solve these issues, they developed Atlassian's flagship product, Jira, a project and issue tracking tool, and shifted their focus to selling this software. [20] Then, in 2004, Atlassian launched its team collaboration platform named Confluence. [21]
Given a graph G and given a set L(v) of colors for each vertex v (called a list), a list coloring is a choice function that maps every vertex v to a color in the list L(v). As with graph coloring, a list coloring is generally assumed to be proper , meaning no two adjacent vertices receive the same color.
The same carry bit is also generally used to indicate borrows in subtraction, though the bit's meaning is inverted due to the effects of two's complement arithmetic. Normally, a carry bit value of "1" signifies that an addition overflowed the ALU, and must be accounted for when adding data words of lengths greater than that of the CPU. For ...