Search for "Convex hull algorithms" in article titles:

1. Convex hull algorithms: Algorithms that construct convex hulls of various objects have a broad range of applications in mathematics and computer science. In computational geometry, numerous algorithms are proposed for computing the convex hull of a finite set of points, with various computational ... (Class of algorithms in computational geometry) [100%] 2022-07-21 [Convex hull algorithms]
2. Convex hull algorithms: Algorithms that construct convex hulls of various objects have a broad range of applications in mathematics and computer science. In computational geometry, numerous algorithms are proposed for computing the convex hull of a finite set of points, with various computational ... (Class of algorithms in computational geometry) [100%] 2024-10-04 [Convex hull algorithms]

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1. Convex hull: of a set $M$ The minimal convex set containing $M$; it is the intersection of all convex sets containing $M$. The convex hull of a set $M$ is denoted by $\operatorname{conv} M$. (Mathematics) [81%] 2023-10-28 [Geometry]
2. Convex: Convex, a term for the exterior side of a curved or rounded surface, as opposed to “concave” (Lat. con-, and cavus, hollow), the inner surface. [68%] 2022-09-02
3. Relative convex hull: In discrete geometry and computational geometry, the relative convex hull or geodesic convex hull is an analogue of the convex hull for the points inside a simple polygon or a rectifiable simple closed curve. Let \displaystyle{ P }[/math] be a ... [66%] 2023-03-11 [Convex hulls]
4. Relative convex hull: In discrete geometry and computational geometry, the relative convex hull or geodesic convex hull is an analogue of the convex hull for the points inside a simple polygon or a rectifiable simple closed curve. Let P {\displaystyle P} be a ... [66%] 2022-07-06 [Convex hulls]
5. Orthogonal convex hull: In geometry, a set K ⊂ R is defined to be orthogonally convex if, for every line L that is parallel to one of standard basis vectors, the intersection of K with L is empty, a point, or a single segment ... (Minimal superset that intersects each axis-parallel line in an interval) [66%] 2022-07-30 [Convex hulls]
6. P-convex hull: For p {\displaystyle p} -norms are a generalization of norms. The definition requires the notion of (absolute) p {\displaystyle p} -convex hull (see Köthe 1966). [66%] 2023-04-07 [Wiki2Reveal] [Linear algebra]...
7. Dynamic convex hull: The dynamic convex hull problem is a class of dynamic problems in computational geometry. The problem consists in the maintenance, i.e., keeping track, of the convex hull for input data undergoing a sequence of discrete changes, i.e., when ... [66%] 2022-08-25 [Convex hull algorithms]
8. Orthogonal convex hull: In geometry, a set K ⊂ R is defined to be orthogonally convex if, for every line L that is parallel to one of standard basis vectors, the intersection of K with L is empty, a point, or a single segment ... (Minimal superset that intersects each axis-parallel line in an interval) [66%] 2025-01-28 [Convex hulls]
9. Algorithms: An algorithm is, in layman's terms, a method to go about achieving a particular task. Usually, this task is meant to be performed by a computer or other machine, like calculations and data analysis; however, its definition can be ... [57%] 2024-01-03 [Algorithms]
10. Connex: Clebsch connex A connection between the points and lines of the plane expressible by the equation $$ \tag{1 } f ( x ^ {1} , x ^ {2} , x ^ {3} , u _ {1} ,\ u _ {2} , u _ {3} ) = 0 , $$ where $ x ^ {i} $ and $ u ... (Mathematics) [57%] 2023-10-22
11. Conner Hill: Conner Hill is a summit in Oregon County in the U.S. state of Missouri. [57%] 2022-09-25 [Landforms of Oregon County, Missouri] [Hills of Missouri]...
12. Algorithme: Un algorithme est une suite finie et non ambiguë d'instructions et d’opérations permettant de résoudre une classe de problèmes. Le domaine qui étudie les algorithmes est appelé l'algorithmique. [51%] 2025-03-07
13. Algorithmic problems on convex sets: Many problems in mathematical programming can be formulated as problems on convex sets or convex bodies. Six kinds of problems are particularly important: optimization, violation, validity, separation, membership and emptiness. [51%] 2024-06-26 [Convex geometry] [Mathematical optimization]...
14. Algorithm: In mathematics and computer science, an algorithm (/ˈælɡərɪðəm/ (listen)) is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation. Algorithms are used as specifications for performing calculations and data ... (Sequence of operations for a task) [51%] 2023-11-13 [Algorithms] [Mathematical logic]...
15. Algorithm: An algorithm is a procedure for carrying out a task which, given an initial state, will terminate in a clearly defined end-state. It can be thought of as a recipe, or a step-by-step method, so that in ... [51%] 2023-02-26 [Mathematics]
16. Algorithm: Detailed instructions defining a computational process (which is then said to be algorithmic), which begins with an arbitrary input (out of a certain number of inputs which are possible for the given algorithm), and with instructions aimed at obtaining a ... (Mathematics) [51%] 2023-10-25
17. Algorithm: In mathematics or computer science, an algorithm is a sequence of steps for one particular method of solving a problem, similar to the instructions of a recipe when cooking. The word is derived from the name of al-Khwarizmi, a ... [51%] 2023-08-16
18. Algorithm: An algorithm is a finite series of well-defined instructions that is often used to solve a class of specialised problems or to execute a calculation in mathematics and computer science. Algorithms are used to specify how computations and data ... [51%] 2024-01-08 [Algorithms] [Mathematical logic]...