National SAR Agency Republic Of Indonesia

In order to improve response time National SAR Agency in the air disaster handling, shipping and other disasters, the National SAR Agency operates the LUT equipment - MCC (Local User Terminal - Mission Control Center) as a means of early detection. LUT is the ground segment of the Cospas-Sarsat that serves to receive distress signals emitted by the Beacon.

There are 3 (three) types of Beacon:

1. EPIRB: Emergency positioning indicating radio beacon for ship

2. ELT: Emergency Locator Transmitter for aircraft

3. PLB: Personal Locator Beacon for individuals

Distress signal received and processed by the principle of Doppler effect for positioning data distres.Berdasarkan distress position, Basarnas Rescue Team immediately check to that location and if true disaster rescue action will begin immediately.

Based on the above cruise operators and airlines are expected to register Beacon held into the National SAR Agency so that in case of accident or cruise flight can be directly detected by Basarnas and as soon as practicable measures to be undertaken.

To View the form beacons that have been registered in the National SAR Agency Republic Of Indonesia Click here 

To View the procedures for filling and form beacons Click here 

Source: Web Site Basarnas 

IBMSystem x3650 M3

IBMSystems and Technology GroupData Sheet System x
IBMSystem x3650 M3
Performance-optimized server for mission-criticalapplications
Highlights:

IBM System x360 M3

●Improve cost-effectiveness with higherperformance per watt
●Simplify management and serviceabilitywith flexible design
●Manage risk with resilient architecturesand virtualized environments




Packed with innovation
The IBMSystem x3650 M3 provides outstanding performance foryour mission-critical applications. Its energy-efficient design supportsmore cores, memory and disk capacity in a scalable 2U package that’seasy to service and manage. With more computing power per watt andthe latest Intel®Xeon®processors, you can reduce costs while main-taining speed and availability.
Simplify management and serviceability
The x3650 M3 offers a flexible, scalable design and simple upgradepath to 16 HDDs or SSDs, and 192 GB of memory. Comprehensivesystems management tools such as advanced diagnostics, a cable man-agement arm and the ability to control resources from a single pointmake it easy to deploy, integrate, service and manage.
Reduce risk and maintain availability
With new 6Gbps RAID adapters integrated and double the I/O performance, the x3650M3 provides a resilient architecture ideal formission-critical applications as well as virtualization environments.Advanced memory support and greater disk capacity let you takeadvantage of higher processing speeds without sacrificing uptime.Select configurations of the x3650 M3 are part of the IBMExpressAdvantage™ Portfolio designed to meet the needs of midsized busi-nesses. Easy to manage, Express™ models and configurations vary bycountry.
Please Recycle
IBMSystem x3650 M3 at a glance
Form factor/height Rack/2U
Processor (max) Up to two 3.33 GHz six-core (3.46 GHz four-core) Intel® Xeon® 5500/5600 series processorswith QuickPath Interconnect technology
Number of processors(std/max) 1/2
Cache (max) Up to 12 MB L3
Memory (max) 192 GB DDR-3 RDIMMs1via 18 DIMM slots or 48 GB DDR-3 UDIMMs1via 12 DIMM slots
Expansion slots 4
Disk bays (total/hot swap) Up to 16 hot-swap SAS/SATA HDDs or SSDs
Maximum internal storage 8.0 TB of 2.5" hot-swap SAS/SATA or 800 GB  hot-swap SSD
Network interface Integrated 2 ports, plus 2 ports optional Gigabit Ethernet
Power supply (std/max) 1/2; 675 W each
Hot-swap components Power supplies, fan modules, disks
RAID support 3 Gbps RAID -0, -1, -1E or 6 Gbps RAID -0, -1, -10, -5, -50 with 256 MB or 512 MB cache and additional option battery backup,model dependent
Systems management IBM IMM with Virtual Media Key for optionalremote presence enablement, Predictive FailureAnalysis, Diagnostic LEDs, light path diagnosticspanel, IBM Systems Director and IBM SystemsDirector Active Energy Manager™
Operating systems supported Microsoft® Windows Server® 2008 R2 and2008, Red Hat Enterprise Linux®, SUSE Linux Enterprise Server, VMware ESX and ESXi 4.0, Sun Solaris 10
Limited warranty 3-year customer replaceable unit and onsite limited warranty
For more information
U.S. ibm.com/systems/x/Canada ibm.com/systems/ca/en/servers/x/index.html

MEO Search And Rescue Application System's

Three Types of SARSAT Systems
LEO –Low Earth Orbit

• Time delay before satellite over beacon –up to 2 hours at equator
• Planned Support to 2016

GEO –Geostationary Orbit

• Detect only, no location unless beacon has internal GPS(Global Positioning System)
• Planned Support to 2014

LEO SAR and GEO SAR Satellites

      

MEO –Mid-Earth Orbit

• Transponders on US GPS Satellites, EU GALILEO Satellites and Russian GLONAS
• Combines advantages of LEO and GEO
• Immediate detection & immediate, accurate location

MID EARTH ORBIT

   

Subnetting Problem Patterns and Techniques work

Subnetting Problem Patterns and Techniques work
by Romi Satria Wahono
At the time of teaching and comprehend the material in class networking subnetting or CCNA, I usually using the method as I wrote in two previous articles:
Understanding
1. Subnetting Concept
2. Count Subnetting

1. SubnetMask ASKED QUESTIONS BY THE TERMS OF THE NUMBER OF HOST OR SUBNET
Questions are asked Subnet what should be used to limit the number of hosts or subnets
determined in the matter. To answer this question we use the formula to calculate the number of hosts per subnet, ie 2y - 2, where y is the number of binary 0 in the last octet Subnet. And if determined is the number of subnets, we use the formula 2x (way after 2005) or 2x - 2 (means before 2005), where x is the number of binary 1 in the last octet Subnet.
Question: A company is planning to subnet its network for a maximum of 27 hosts. Which Subnet Would Provide the needed hosts and leave the fewest unused addresses in EACH subnet?
Answer: Because the requirement is 27 hosts, we just enter into the formula 2y - 2, where

the answer can not be less than (or equal to) 27. So 2y - 2> = 27, so the value of y right is 5 (30 hosts). Once again, because y is the number of binary 0 in the last octet

Subnet, so if we arrange subnetmasknya becomes 11111111.11111111.11111111.11100000
or if we desimalkan be 255,255,255,224. That is the answer
Problem: You have a Class B network ID and need about 450 IP addresses per subnet. What is the best mask for this network?
Answer: 2y - 2> = 450. The exact value of y is 9 (510 hosts). So subnetmasknya are:
11111111.11111111.11111110.00000000 or if didesimalkan be 255.255.254.0 (that is the answer!)

Question: Refer to the exhibit. The internetwork in the exhibit has been assigned the IP address 172.20.0.0. What would be the Appropriate subnet mask to maximize the number of networks available for future growth?
Answer: Find the number of hosts per subnet is greatest, make the referral because if we take the smallest existing probably needs a larger host not fulfilled. So for this matter 2y - 2> = 850. Y values The most appropriate is 10 (1022 host). So subnetmask is 11111111.11111111.11111100.00000000 or 255.255.252.0

How to Change Favo Icon on Blogger Update

Many of you see when a website or blogg in box address / address box on the browser there are small images such as logos, that little logo called a Favicon, probably from the origin of the word favorite icon: D


Already many of which provide tutorials and step by step of changing the favicon could see, among others:) http://kelikendratno.blogspot.com, well to complete the following ways to change the default on blogspot Favicon

1. Make sure you've uploaded an image may be a jpeg or PNG, not necessarily the format icon (*. ico). Please upload to your favorite sites such as Flickr.com, photobucket.com, google account, and others. Do not forget to copy the link url of your uploaded images

3x3 Rubik's Cube Solution: (STEP: O-P-P-O-O) Part 2

STAGE 3: Solve UPPER Layer:
              
    STEP 1: orienting EDGE PIECES
                  -In this step we orient the edges to form bean + (cross)
                  -Because the form + (cross), then this step is often called CROSS STEP.

       FURU'R'F '

3x3 Rubik's Cube Solution: (STEP: O-P-P-O-O) Part 1

The method used here is the method layer by layer (layer after layer).

STAGE 1: Solve BOTTOM Layer (COMPLETE LAYER BELOW).
STAGE 2: Solve MIDDLE Layer (COMPLETE MIDDLE LAYER).
STAGE 3: Solve UPPER Layer (LAYER TO COMPLETE).

    STEP 1: (O) RIENTING PIECES EDGE (EDGE GRAIN ORIENT)
    STEP 2: (P) OSITIONING PIECES EDGE (EDGE GRAIN position)
    STEP 3: (P) OSITIONING CORNER PIECES (positioned GRAIN CORNER)
    STEP 4: (O) RIENTING CORNER PIECES (ORIENT GRAIN CORNER)
    STEP 5: (O) RIENTING CENTER PIECES (GRAIN ORIENT CENTER)
                            NB: STEP 5 is only used on the Rubik's Cube pictorial.

Discussion:

The names of beans at the Rubik's Cube:

EDGE PIECE

CORNER PIECE

CENTER PIECE