svcadm(8)을 검색하려면 섹션에서 8 을 선택하고, 맨 페이지 이름에 svcadm을 입력하고 검색을 누른다.
mod_cc(4)
The modular congestion control framework allows the TCP implemen‐
tation to dynamically change the congestion control algorithm
used by new and existing connections. Algorithms are identified
by a unique name. Algorithm modules can be compiled into the
kernel or loaded as kernel modules using the facility. The de‐
fault algorithm is NewReno, and all connections use the default
unless explicitly overridden using the socket option (see for de‐
tails). The default can be changed using a MIB variable detailed
in the section below. Algorithm specific parameters can be set
or queried using the socket option (see for details). Callers
must pass a pointer to an algorithm specific data, and specify
its size. The framework exposes the following variables in the
branch of the MIB: Read-only list of currently available conges‐
tion control algorithms by name. Returns the current default
congestion control algorithm when read, and changes the default
when set. When attempting to change the default algorithm, this
variable should be set to one of the names listed by the MIB
variable. Enable support for draft-ietf-tcpm-alternativebackoff-
ecn, which alters the window decrease factor applied to the con‐
gestion window in response to an ECN congestion signal. Refer to
individual congestion control man pages to determine if they im‐
plement support for ABE and for configuration details. If non-
zero, apply standard beta instead of ABE-beta during ECN-sig‐
nalled congestion recovery episodes if loss also needs to be re‐
paired. Development and testing of this software were made pos‐
sible in part by grants from the FreeBSD Foundation and Cisco
University Research Program Fund at Community Foundation Silicon
Valley. The modular congestion control framework first appeared
in The framework was first released in 2007 by James Healy and
Lawrence Stewart whilst working on the NewTCP research project at
Swinburne University of Technology's Centre for Advanced Internet
Architectures, Melbourne, Australia, which was made possible in
part by a grant from the Cisco University Research Program Fund
at Community Foundation Silicon Valley. More details are avail‐
able at: http://caia.swin.edu.au/urp/newtcp/ The facility was
written by and This manual page was written by and