Remote video monitoring system running on blade PC infrastructure

• US 20080065763A1
• Filed: 07/24/2007
• Published: 03/13/2008
• Est. Priority Date: 09/08/2006
• Status: Abandoned Application

• Current Assignee: Quanta Computer
• Original Assignee: Quanta Computer
• Inventors: Tung, Yen-Pin, Lai, Te-Hsien, Yang, Ming-Chien, Yen, Chin-Tsai
• Application Number:
  US11/878,394
• Publication Number:
  US 20080065763A1
• Time in Patent Office: Days
• US Class Current: 709/224
• CPC Class Codes: H04L 43/00 Arrangements for monitoring or testing data switching networks
• CPC Class Codes: H04L 67/125 involving control of end-device applications over a network

Abstract

The invention is to provide a centralized computer system, i.e., the so-called blade PC system. The centralized computer system according to the invention includes a plurality of centralized and bladed hosts. In particularly, the centralized computer system according to the invention enables two sets of I/O peripherals to operate the same host in a hardware-driven way.

Claims

1. A controlling method for a centralized computer system, the centralized computer system comprising a network, N hosts, N host switches connecting with the N hosts and linking to the network, N first I/O peripheral switches linking to the network, N first sets of I/O peripherals, a second peripheral switch linking to the network, and a second set of I/O peripherals, each first set of I/O peripherals connecting with one of the N first peripheral switches, the second set of I/O peripherals connecting with the second peripheral switch, the second set of I/O peripherals comprising a display electrically connecting with the second peripheral switch, N being a natural number, one of the N first sets of I/O peripherals being assigned to operate one of the N hosts such that a plurality of I/O signals transmitted, via the network, between the host and the assigned first set of I/O peripherals are encoded and decoded by the host switch connecting with the host and the first peripheral switch connecting with the assigned first set of I/O peripherals, the controlling method, for video monitoring the N hosts by utilizing the display of the second set of I/O peripherals, comprising steps of:

at each of the N host switches, down-sampling a video signal of the plurality of I/O signals, encoding the down-sampled video signal, and redirecting the encoded down-sampled video signal to the second peripheral switch via the network; and

at the second peripheral switch, receiving the N encoded down-sampled video signals transmitted from the N host switches respectively, decoding the encoded down-sampled video signals to obtain the N down-sampled video signals, producing a synthetic video signal by utilizing the N down-sampled video signals, and outputting the synthetic video signal to the display of the second set of I/O peripherals.

2. The controlling method of claim 1, wherein the video signal of the plurality of I/O signals outputted by each of the N hosts is down-sampled according to a magnification factor of 1/N.

3. The controlling method of claim 1, wherein the synthetic video signal is produced by utilizing the N down-sampled video signals on the basis of the physical addresses of the N host switches.

4. A centralized computer system, comprising:

a network;

N hosts, N being a natural number;

N host switches, each of the N host switches connecting with one of the N hosts and linking to the network;

N first peripheral switches, the N first peripheral switches linking to the network respectively;

N first sets of I/O peripherals, each of the N first sets of I/O peripherals electrically connecting with one of the N first peripheral switches;

a second peripheral switch, linking to the network; and

a second set of I/O peripherals, electrically connecting with the second peripheral switch and comprising a display;

wherein one of the N first sets of I/O peripherals is assigned to operate one of the N hosts such that a plurality of I/O signals transmitted, via the network, between the host and the assigned first set of I/O peripherals are encoded and decoded by the host switch connecting with the host and the first peripheral switch connecting with the assigned first set of I/O peripherals;

wherein each host switches down-samples a video signal of the plurality of I/O signals, encodes the down-sampled video signal, and redirects the encoded down-sampled video signal to the second peripheral switch via the network, and the second peripheral switch receives the N encoded down-sampled video signals transmitted from the N host switches respectively, decodes the encoded down-sampled video signals to obtain the N down-sampled video signals, produces a synthetic video signal by utilizing the N down-sampled video signals, and outputs the synthetic video signal to the display of the second set of I/O peripherals; and

whereby the display of the second set of I/O peripherals is enabled to video monitor the N hosts.

5. The centralized computer system of claim 4, wherein the video signal of the plurality of I/O signals outputted by each of the N hosts is down-sampled according to a magnification factor of 1/N.

6. The centralized computer system of claim 4, wherein the synthetic video signal is produced by utilizing the N down-sampled video signals on the basis of the physical addresses of the N host switches.