branch

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branch

 [branch]
a division or offshoot from a main stem, especially of blood vessels, nerves, or lymphatics. Called also ramus.
bundle branch a branch of the bundle of His.

branch

(branch), [TA]
An offshoot; in anatomy, one of the primary divisions of a nerve or blood vessel. A branch. See: ramus, artery, nerve, vein.
Synonym(s): ramus (1) [TA]

branch

(branch) ramus; a division or offshoot from a main stem, especially of blood vessels, nerves, or lymphatics.
bundle branch  a branch of the bundle of His.

branch

(brănch)
n.
Something that resembles a branch of a tree, as in form or function, as:
a. A secondary outgrowth or subdivision of a main axis, such as the tine of a deer's antlers.
b. Anatomy An offshoot or a division of the main portion of a structure, especially that of a nerve, blood vessel, or lymphatic vessel; a ramus.
v. branched, branching, branches
v.intr.
To put forth a branch or branches; spread by dividing.

branch′less adj.
branch′y adj.

branch

(in anatomy) an offshoot arising from the main trunk of a nerve or blood vessel.

branch

A division of a thing into smaller subunits, which remain connected to the original whole in a tree-like, arborescing fashion. Branching is typical of anatomic structures that divide the further they are from their origin—e.g., arterioles, venules, bronchioles and nerves.

branch

(branch)
An offshoot; in anatomy, one of the primary divisions of a nerve or blood vessel.
See: ramus, artery, nerve, vein
Synonym(s): ramus (1) .
[Fr. branche, related to L. brachium, arm]

branch

primary division of nerve/blood vessel (see ramus)

branch

(branch)
[TA] An offshoot; in anatomy, one of the primary divisions of a nerve or blood vessel.
See: ramus, artery, nerve, vein
[Fr. branche, related to L. brachium, arm]

branch

1. ramus; a division or offshoot from a main stem, especially of blood vessels, nerves or lymphatics.
2. the bearing surface of the horseshoe that supports the wall of the hoof. There is a lateral and a medial branch.

bundle branch
a branch of the bundle of His.
communicating gray branch
postganglionic nerve fibers coursing between the sympathetic ganglia and the spinal nerves; destined for skin glands, blood vessels and the like; join spinal and cranial nerves.
communicating white branch
preganglionic fibers of the sympathetic system originate in the lateral columns of the spinal cord and pass to the spinal nerves and then, via the communicating white fibers, to the ganglia of the sympathetic trunk.
References in periodicals archive ?
In other words, branch prediction is determined by the branch history pattern and not by the input condition leading to the next state.
The last proposal of this Thesis is Selective Throttling, a mechanism that depending on the confidence degree assigned to branch predictions dynamically applies a different power-aware heuristic.
Figure 29 compares the number of instructions per cycle (IPC) for three different configurations, all with combining branch prediction and decode width of four.
With static branch prediction, we must fix a prediction per branch in the program before the program runs.
A brief overview of the well-known counter-based dynamic branch prediction schemes is presented in section 2.
Branch Prediction Strategies and Branch Target Buffer Design.
Note that unlike speculative execution based on branch prediction, which seeks to tolerate the effect of control dependencies and schedule instructions in the manner they are presented by the program's dataflow graph, speculative execution based on value prediction attempts to exceed the dataflow graph limits.
Branch prediction is the process of correctly predicting whether branches will be taken or not before they are actually executed.
Section 5 presents an analysis of SMT's effect on the memory system and branch prediction hardware.
Zen is built on a 14nm FinFET process and features completely new branch prediction, a new micro-op cache, and a wider instruction window.
Key features include: Micro-Ops Fusion, which combines two micro-operations into one, enabling it to execute faster and at lower power; Advanced Branch Prediction -- a new implementation technique -- to help to reduce overall latency in the system contributing to higher performance at lower power; and the Dedicated Stack Manager, which reduces the overall number of micro-operations required to generate higher performance at lower power.
For added system performance, the PowerPC 440 includes dynamic branch prediction, 24 DSP instructions, and non-blocking caches that can be managed in either a write-through or write-back mode.