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Friday, 01 July 2011 02:58 |
// Load register
library ieee;
use ieee.std_logic_1164.all;
entity loadRegister is
port(
q : in std_logic_vector(2 downto 0);
load : in std_logic;
clk : in std_logic;
y : out std_logic_vector(2 downto 0);
clrn : in std_logic;
prn : in std_logic
);
end loadRegister;
architecture main of loadRegister is
signal m, q: std_logic_vector(2 downto 0);
component mux
port(
a: in std_logic;
b: in std_logic;
s: in std_logic;
z: out std_logic
);
end component;
component dff
port(
d : in std_logic;
clk : in std_logic;
clrn : in std_logic;
prn : in std_logic;
q : out std_logic
);
end component;
begin
w1: mux port map( q(0), i(0), load, m(0) );
w2: mux port map( q(1), i(1), load, m(1) );
w3: mux port map( q(2), i(2), load, m(2) );
w5: dff port map( m(0), clk, clrn, prn, q(0) );
w6: dff port map( m(1), clk, clrn, prn, q(1) );
w7: dff port map( m(2), clk, clrn, prn, q(2) );
y(0) <= q(0);
y(1) <= q(1);
y(2) <= q(2);
end main;
 Read more: |
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Wednesday, 23 June 2010 07:00 |
 | About Lock & Load
Take your hand held shaky cam footage and make it usable footage. Just select the clip, analyze it in seconds and playback the smoothed clip. That’s it, instant gratification, even on clips with complex rotational motion or camera zooms. Lock and load is capable of intelligently ignoring foreground motion even on busy scenes or with dark backgrounds.
Lock & Load X new features:
- Now includes integrated Rolling Shutter Reduction to help reduce skew and vertical distortion from CMOS cameras. Includes shutter coefficients for Canon 7D, 5D Mark II, 550D, Sony Ex1 , Canon Legria and other common CMOS cameras.
- completely rewritten for faster analyzing, up to twice as fast as Lock & Load.
- Many more features. |
Read more: |
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Monday, 15 February 2010 14:47 |
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Efficient High-Available LoadBalanced Cluster On CentOS 5.3 (Direct Routing Method)
This article explains how to set up an LVS cluster of load balanced virtual
servers with Heartbeat and Ldirectord On CentOS 5.3.The load balancer sits
between the user and two (or more) backend Apache/IIS web servers that hold the
same content. Not only does the load balancer distribute the requests to the two
backend Apache/IIS servers, it also checks the health of the backend servers. If
one of them is down, all requests will automatically be redirected to the
remaining backend server. Read more: |
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Written by
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Sunday, 12 July 2009 15:53 |
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Setting Up A High-Availability Load Balancer (With Failover and Session Support) With HAProxy/Heartbeat On Debian Lenny
This article explains how to set up a two-node load balancer in an active/passive configuration with HAProxy
and heartbeat on Debian Lenny. The load balancer sits between the user
and two (or more) backend Apache web servers that hold the same
content. Not only does the load balancer distribute the requests to the
two backend Apache servers, it also checks the health of the backend
servers. If one of them is down, all requests will automatically be
redirected to the remaining backend server. In addition to that, the
two load balancer nodes monitor each other using heartbeat, and if the
master fails, the slave becomes the master, which means the users will
not notice any disruption of the service. HAProxy is session-aware,
which means you can use it with any web application that makes use of
sessions (such as forums, shopping carts, etc.). Read more: |
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Written by
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Sunday, 14 June 2009 13:30 |
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Setting Up A High-Availability Load Balancer (With Failover And Session Support) With HAProxy/Keepalived On Debian Lenny
This article explains how to set up a two-node load balancer in an active/passive configuration with HAProxy
and keepalived on Debian Lenny. The load balancer sits between the user
and two (or more) backend Apache web servers that hold the same
content. Not only does the load balancer distribute the requests to the
two backend Apache servers, it also checks the health of the backend
servers. If one of them is down, all requests will automatically be
redirected to the remaining backend server. In addition to that, the
two load balancer nodes monitor each other using keepalived, and if the
master fails, the slave becomes the master, which means the users will
not notice any disruption of the service. HAProxy is session-aware,
which means you can use it with any web application that makes use of
sessions (such as forums, shopping carts, etc.). Read more: |
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