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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.
BigGantt utilizes a user's web browser.The app displays Jira tasks on a timeline in the form of colored bars of various lengths. Compared to the original 1910s idea of a bar chart devised by Henry Gantt, BigGantt adds contemporary functionalities, i.e. dependencies between tasks on the chart (arrows that link two tasks and change color from green to red when a dependency becomes "impossible ...
A list edge-coloring is a choice of a color for each edge, from its list of allowed colors; a coloring is proper if no two adjacent edges receive the same color. A graph G is k-edge-choosable if every instance of list edge-coloring that has G as its underlying graph and that provides at least k allowed colors for each edge of G has
Jira (/ ˈ dʒ iː r ə / JEE-rə) [4] is a software 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.
The choosability (or list colorability or list chromatic number) ch(G) of a graph G is the least number k such that G is k-choosable. More generally, for a function f assigning a positive integer f ( v ) to each vertex v , a graph G is f -choosable (or f -list-colorable ) if it has a list coloring no matter how one assigns a list of f ( v ...
The problem of edge coloring has also been studied in the distributed model. Panconesi & Rizzi (2001) achieve a (2Δ − 1)-coloring in O(Δ + log * n) time in this model. The lower bound for distributed vertex coloring due to Linial (1992) applies to the distributed edge coloring problem as well.
Partition into cliques is the same problem as coloring the complement of the given graph. A related problem is to find a partition that is optimal terms of the number of edges between parts. [3]: GT11, GT12, GT13, GT14, GT15, GT16, ND14 Grundy number of a directed graph. [3]: GT56 Hamiltonian completion [3]: GT34
The black numbers are the addends, the green number is the carry, and the blue number is the sum. In the rightmost digit, the addition of 9 and 7 is 16, carrying 1 into the next pair of the digit to the left, making its addition 1 + 5 + 2 = 8. Therefore, 59 + 27 = 86.