Linked from

The 14 pages that link to Continuous uniform distribution, each with the reason it gives.

• Probability density functionBroader topic: Its constant density makes interval probabilities proportional to interval length.

• Normal distributionCompared with: Its flat density contrasts with the normal distribution's concentration around its mean.

• Sampling (statistics)Related: Uniform random values are the basic input for many sampling procedures.

• Cumulative distribution functionBroader topic: On an interval, its CDF rises linearly between the endpoints.

• Random number generationBroader topic: Many generators aim for uniform values before transforming them into other distributions.

• Birthday ProblemRelated: The classic version gives each of 365 days equal chance.

• Beta distributionCompared with: The beta distribution becomes uniform when both shape parameters equal one.

• Gaussian distributionCompared with: Its flat, bounded density contrasts with the Gaussian’s unbounded bell-shaped curve.

• Dirichlet distributionCompared with: A Dirichlet with every parameter equal to one is uniform over the simplex.

• Rao–Blackwell theoremBroader topic: For a uniform sample with unknown upper endpoint, the sample maximum is sufficient and supports a classic improvement.

• Shannon's source coding theoremRelated: For a uniform source, entropy equals the fixed-length cost per symbol.

• Discrete uniform distributionCompared with: It spreads probability over an interval rather than assigning equal mass to finitely many points.

• Benford's lawCompared with: Benford's law favors small leading digits instead of assigning one-ninth probability to each digit.

• Dittert conjectureRelated: It specifies how each vertex is sampled from the convex body.