Follow
Follow is the third album by Pakho Chau, comprising four new tracks and nine previously released tracks. It was released in Hong Kong on July 10, 2009.
Track listing
DVD listing
Lead and follow
In some types of partner dance, lead and follow are designations for the two dancers comprising a dance couple. In the case of mixed-sex couples, the male is traditionally the lead and the female is the follow. The lead is responsible for guiding the couple and initiating transitions to different dance steps and, in improvised dances, for choosing the dance steps to perform. The lead conveys his choices and direction to the follow through subtle physical and visual signals, thereby allowing the couple to be smoothly coordinated.
Theory
The amount of direction given by the lead depends on several factors, including dance style, social context of the dance, and experience and personalities of the dancers. Some partner dances (e.g., Lindy Hop) employ an open position that encourages improvisation by the follow. Others, such as Argentine Tango, involve a close embrace (or closed position) that requires the follow to strictly conform to the lead's direction.
Social partner dance principles
Follow (disambiguation)
Follow is the third album by Pak o Chau.
Follow may also refer to:
See also
RLP
RLP may refer to:
Medicine and chemistry
Computing
RL (complexity)
Randomized Logarithmic-space (RL), sometimes called RLP (Randomized Logarithmic-space Polynomial-time), is the complexity class of computational complexity theory problems solvable in logarithmic space and polynomial time with probabilistic Turing machines with one-sided error. It is named in analogy with RP, which is similar but has no logarithmic space restriction.
The probabilistic Turing machines in the definition of RL never accept incorrectly but are allowed to reject incorrectly less than 1/3 of the time; this is called one-sided error. The constant 1/3 is arbitrary; any x with 0 < x < 1 would suffice. This error can be made 2−p(x) times smaller for any polynomial p(x) without using more than polynomial time or logarithmic space by running the algorithm repeatedly.
Sometimes the name RL is reserved for the class of problems solvable by logarithmic-space probabilistic machines in unbounded time. However, this class can be shown to be equal to NL using a probabilistic counter, and so is usually referred to as NL instead; this also shows that RL is contained in NL. RL is contained in BPL, which is similar but allows two-sided error (incorrect accepts). RL contains L, the problems solvable by deterministic Turing machines in log space, since its definition is just more general.
Podcasts:
