he key to making good sales is in a presentation for a new product launch that can attract and hold the attention of the crowd, and what better way to hold the attention of people than making them a  part of the presentation themselves?

Audience participation is a double edged sword; it can lead to a great presentation for a launch, or a horrendous one. Too little participation and your audience will get bored, too much and the presentation for a new product launch will get out of control.

Participation is the secret ingredient in making your new product launches a success, and this participation can be incorporated into your presentation for a new product launch through two-way wireless technology. Wireless technology will allow your viewers to look deeper into any questions they may have about the new product without having to wait and remember their query until the presentation for the new launch is over and you are free.

All they have to do is log in wirelessly to a special feature you have incorporated into your presentation for the new product launch and post their questions when they like. This will save a lot of time, and will not interrupt the flow of your presentation for your new launch.

Creative minds can use the technology to build up a crowd, and anyone can incorporate features of the presentation for a new product launch into hand held devices so that audience queries can be answered with ease and minimal interruption. You have to be careful though, if the idea is not implemented correctly it may seem that you are sidelining your audience or ignoring their questions.

For more information and ideas about new product launches and other related articles please visit www.doubleurincome.com

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A wireless LAN (or WLAN, for wireless local area network, sometimes referred to as LAWN, for local area wireless network) is one in which a mobile user can connect to a local area network (LAN) through a wireless (radio) connection. The IEEE 802.11 group of standards specify the technologies for wireless LANs. 802.11 standards use the Ethernet protocol and CSMA/CA for path sharing and include an encryption method, the Wired Equivalent Privacy algorithm. A wireless local area network (WLAN) is a local area network (LAN) that doesn’t rely on wired Ethernet connections. Originally WLAN hardware was so expensive that it was only used as an alternative to cabled LAN in places where cabling was difficult or impossible.A WLAN can be either an extension to a current wired network or an alternative to it.

Use of a WLAN adds flexibility to networking. A WLAN allows users to move around while keeping their computers connected. The private home or small business WLAN Commonly, a home or business WLAN employs one or two access points to USB WIRELESS LAN Adapter RT3070 broadcast a signal around a 100- to 200-foot radius. You can find equipment for installing a home WLAN in retail stores like Office Max, Radio Shack, Target, and Walmart, among others. Using technology from the Symbionics Networks, Ltd., a wireless LAN adapter can be made to fit on a Personal Computer Memory Card Industry Association (PCMCIA) card for a laptop or notebook computer. For the home user, wireless has become popular due to ease of installation, and location freedom with the gaining popularity of laptops. Public businesses such as coffee shops or malls have begun to offer wireless access to their customers;USB WIRELESS LAN Adapter some are even provided as a free service. Large wireless network projects are being put up in many major cities: New York City, for instance, has begun a pilot program to cover all five boroughs of the city with wireless Internet access. The third generation of wireless modem then aimed at compatibility with the existing LANs with data rates on the order of Mbit/s.

Several companies developed the third generation products with data rates above 1 Mbit/s and a couple of products had already been announced by the time of the first IEEE Workshop on Wireless LANs. WPA implements higher security and addresses the flaws in WEP, but is intended to be only an intermediate measure until further 802.11i security measures are developed. Although a WAN by definition is the exact opposite of a LAN, wireless WANs (WWANs) deserve brief mention here, http://www.papatek.com/Network-Device/  USB 802.11N 150/300M WIRELESS LAN Adapter especially because the distinction is becoming less and less obvious to end users.

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In the crazy world of commerce, few businesses are as predictably unpredictable as retail apparel. In this industry, retailers need to understand their customers intimately and make available clothing that matches the fashion of the time every time. Failure to do so is not only a blow to the brand but might severely impact the business’ profitability and future viability as excess inventory will have to be sold at scrap value. Nowhere is creativity and innovation more closely intertwined than in the fickle world of fashion.

Such was the challenge for PEPPO Fashions Group, an apparel distributor in Thailand, which manages labels such as Guess, Guess Baby/Kids, Guess Accessory Stores, Mango, Marciano and Castro. It has 12 standalone retail outlets and presence in 50 department store consignments in the country.

Operational nightmare

According to Palakorn Khisalang, IT Manager for the Group, department stores constantly refresh their layouts, and require tenants like PEPPO to move within the building several times a year.

“It’s a time-consuming and costly exercise for us to re-architect our IT network after each move,” Khisalang says. “Moreover, department stores often run promotional bazaars at central locations, making it difficult for our staff to conduct customer transactions away from their regular in-store counter. This in turn causes discrepancies between the actual transactions conducted and the receipts that were generated.”

As the Group expands, managing the IT operations based on a distributed architecture introduced significant network latency and became prohibitively challenging for a small team. This has a negative impact on the efficient collection of accurate sales data and thus hindered management’s running crucial sales analysis.

“Our staff needed to be able to get real time updates on stock availability from our back-end warehouses and head office in Bangkok. Although we had moved from a manual system to bar-coding, we still needed a solution that would allow the staff to register inventory while on the move, instead of having to return to a central computer terminal to enter data,” Khisalang explains.

Re-architecting IT around the business process

The company evaluated a number of solutions including deploying GPS and ISDN to ensure access to a single repository of data containing retail sales, inventory at the warehouse, and in-transit movement of goods. Each proposal failed on either cost or effectiveness.

One solution that appeared viable, however, was to introduce wireless technology at the retail sites and at the warehouses. The plan is for retail outlets to be equipped with thin client laptops and sales operators with wireless PDAs. This would allow staff to easily move around within the store, and between stores as well.

A centralized delivery mechanism for all applications was also deemed critical for the overall solution to work. The company evaluated a number of technologies and chose the Presentation Server from Citrix.

The Citrix Presentation Server centralizes the delivery of all the client applications the staff need — such as Microsoft Excel to run sales projections — without having to physically install these applications onto each device. The staff in turn can access multiple applications from any location.

“We enlisted the help of a Citrix Solution Advisor to implement the Citrix Presentation Server 4, with Microsoft Windows Server 2003 running on two HP ProLiant servers in the firm’s data center in Bangkok,” says Khisalang.

At the warehouses, the company used SYMBOL handheld devices to conduct inventory checks online via Citrix, with security over the network provided using a VPN combined with a two-factor authentication procedure comprising an RSA SecurID token and password.

Citrix was used to optimize inventory management process. As the access infrastructure foundation, Citrix Presentation Server provides staff with real-time access to a proprietary ERP solution called “PEPPOS” that is customized for retail management via PCs and wirelessly over PDAs. As goods move in and out of the warehouses, the bar code attached to each item is scanned, allowing the staff to track inventory movement. Previously, they had to walk to a LAN terminal to manually enter the data.

The new wireless solution resulted in a more efficient model for keeping track of inventory back at the warehouses, with front-line sales staff now having online access to the most updated information from virtually any machine in a secure manner.

“All of these factors played a strong part in our decision to deploy the Citrix solution to enable a mobile and wireless enterprise, and we believe that this innovative application of technology has enabled us to build a highly adaptable retail model,” adds Khisalang.

Part of the initial requirement in the choice of technology was the concern of user training. With only four members in the IT team, PEPPO needed a solution that would require minimal training for everyone involved in the use of the new mobile devices. PEPPO put considerable effort in identifying the right combination of hardware and software to effectively mobilize its staff and ensure safe and efficient access to company information.

PEPPO, however, still faces a number of business process and technical challenges to realize the full potential of wireless technology across the entire operations. From a business perspective, enabling a wireless IT infrastructure isn’t immediately possible across all of its locations because of constraints imposed by department stores. Even where possible, it can sometimes take a few months to finalize negotiation with the management.

Benefits gained through centralized delivery model

By centralizing application delivery and management on Citrix servers, and providing virtualized application access on PDAs, PEPPO is able to more easily handle department store counter relocations and periodic sales from central bazaars without having to reinstall point of sale terminals and other equipment, which saves time and money. At the same time, productivity for retail staff has improved because they no longer need to walk to and from fixed terminals to capture the data. Similar productivity improvements have also been observed at warehouses using real-time inventory tracking.

Centralized management has enabled PEPPO to keep IT headcount at four people, despite a significant increase in the number of stores and IT users. What used to take two weeks to install or upgrade software company-wide now takes only one hour.

“With the Citrix Presentation Server solution, we have been able to provide approximately 340 staff at 50 different locations throughout Thailand with secure remote access to critical business applications wirelessly via a 128 kbps ISDN connection from PDAs over a 802.11b/g WLAN interface,” beams Khisalang. These applications include Microsoft Office 2003, Oracle Database 10g, and PEPPOS.

Low-bandwidth printing has also been critical to business productivity at both the back-end and retail fronts. Accountants can remotely print the day’s transactions from the head office. Warehouse assistants can now generate delivery notes, invoices, consignment notes and price tags wirelessly as well. “We can now literally link data to a retail outlet anywhere in Thailand or the world overnight, unencumbered by the typical technology hurdles that other companies face,” adds Khisalang.

Surprisingly, the new solution has resulted in a significant downgrade in the bandwidth requirements of PEPPO. The company uses a 128 Kbps connection at each location back to the Citrix Servers at head office. Conventional technology would have necessitated a 512 Kbps or 1MB bandwidth demand. PEPPO estimates that it was able to save up to $1,600 in bandwidth costs per location alone.

“I recently attended a retail conference in Bangkok, where the focus was on how IT can be used as an enabler for retail enterprises. Some of the technologies mentioned were the ones PEPPO have used several years ago. Many have yet to integrate these with wireless technology. I think companies in the retail industry stand to benefit from these technologies,” concludes Khisalang. ” Now that we have found the right formula to enable a mobile enterprise, we will continue to establish wireless infrastructure in our new stores as we expand our presence in Thailand.”

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Computers without working wireless antennas may be upgraded with either an internal or external wireless LAN card. To connect to your favorite Internet hotspot or home network,

You must finish the installation by installing the device’s drivers–files that allow the device to communicate with your operating system. You can have Windows install the drivers, let Windows update the drivers or manually install the latest drivers yourself.

http://www.papatek.com/USB-Wireless-LAN-Adapter

Boot up your computer. Insert the installation and drivers disk included with your wireless LAN card. Click on “Start the Installation,” “Install the Software” or another similarly titled phrase.

Follow the onscreen prompts. Shut down the computer and install the card into an available slot on your motherboard, if applicable, then restart the computer. (Some older cards such as

Linksys’ internal WMP54G require you to install preliminary software prior to physically installing the card.) Finish the installation. http://www.papatek.com/PCI-Wireless-LAN-Card

Install the Drivers Via Windows
Install your internal card. Boot up the computer.

Connect to the Internet after Windows loads, then insert your external wireless LAN card.

Allow Windows the opportunity to automatically detect your device and to install drivers. Manually Update Drivers

Click on “Start,” then “Control Panel.” Click on “Classic View” in the left column, if available.

Open “System.” Click on “Device Manager” in Windows Vista and in Windows 7. Click on the “Hardware” tab, then “Device Manager” in Windows XP.

Double-click “Network Adapters,” then double-click your previously installed wireless LAN card. (You must install your LAN card prior to updating the drivers, or it not be listed in the Device Manager.)

Click on the “Driver” tab. Click on “Update Driver,” then “Search Automatically” or “Browse My Computer” if you downloaded drivers from the manufacturer’s website. Follow the onscreen prompts to finish the driver installation.

Welcome to visit http://www.papatek.com/Network-Device to buy network devices with big discount!

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Many “smart devices” and computers are equipped with a built-in wireless LAN card that allows these devices to connect to wireless Ethernet networks. The device, while specifically allowing for the wireless network connection of devices into wireless access points and ad hoc networks, is made in many sizes and form factors, all of which can be considered as built-in wireless LAN cards. The most common appliance to contain such a device and call it by this name is a laptop computer. http://www.papatek.com/USB-Wireless-LAN-Adapter/802.11g-WIRELESS-USB-54Mbps-Adapter.html

Wireless LAN description
A wireless Local Area Network (LAN) is a standard Ethernet network that uses radio frequency radio transceivers instead of wires to connect computers and other devices into the Ethernet network. Each device uses a wireless LAN card to send and receive data from the other, analogous to the way a wire allows the same communication type.

Interface
Many laptop computers utilize a mini-PCI interface for the connection of the wireless LAN card into the laptop. Other options are PCMCIA and USB, but these interfaces are not the type that built-in wireless LAN cards use. Some systems have the wireless card circuitry built into the motherboard, but the modular design of mini-PCI is favored.

Wireless Protocols
Wireless LAN cards can use any of the IEEE 802.11 standards the controller chip supports. The most common are the standards: b, g, a, n. Maximum throughput speeds increase with time, and the old 11 Mbps “b” cards are a fraction of the 200-plus Mbps “n” standard. Protocols also vary in range and receive sensitivity. http://www.papatek.com/USB-Wireless-LAN-Adapter/USB-802.11N-150M-WIRELESS-LAN-Adapter(RT3070-Chipset)-slim.html

Popularity of Built-In Wireless LAN Cards
The explosion of popularity in wireless networking has led to the almost ubiquitous implementation of wireless LAN cards in all laptop computers and any other portable computer-like device. Any laptop purchased would be expected to have wireless capability as a standard feature, whereas a few years ago, it was an expensive addition.

Benefits
Wireless LAN cards allow people to compute with LAN, and often Internet, access without the constraints of wires. The benefit of mobility in computing cannot be understated in the scenarios where instant local computing, as well as networked data access, is mandatory. Also, the cost of implementation can be significantly lower than a wired connection in some circumstances.

http://www.papatek.com/USB-Wireless-LAN-Adapter/GWF-3A33-USB-Wireless-LAN-Card-Black.html

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WIRELESS LAN’S

A Wireless LAN is a wireless local area network that connects two or more computers or devices without using wires. It is commonly called as WLAN.

It was developed by IEEE 802.11(Institute of electrical and electronic engineering). 802.11standards use the

Ethernet protocol and CSMA (carrier sense multiple access with collision avoidance) for path sharing.

WLAN devices allow users to move their laptops from one place to another place within their offices without the need for wires and without losing network connectivity.
WIRELESS LAN’S:

Wireless LAN’s allow greater flexibility and portability than the traditional wired LAN, that the wired LAN requires a wire to connect a user’s computer to a network

But the WLAN connects computer to a network using an access point devices. This access point communicates with devices equipped with wireless network adaptors and it connects to a wired Ethernet LAN. This access point

Devices have a coverage area up to 300 feet (approximately 100 meters).
 WIRELESS LAN COMPONENTS:

A Wireless LAN comprises two types of equipments.

A wireless stations are equipped with wireless networks interface card (NIC).Access points are base station for the wireless networks, they transmit and receive radio frequency to communicate with wireless devices. Wireless clients can be mobile device such as laptops, personal digital assistants, I phones and fixed devices such as desktops and workstation that are equipped with the wireless network interface (NIC).

Nowadays WLAN are becoming popular in more wide range of business customers.

For example:
Hospitals, Universities, Hotels, retail shops are using this wireless technology to conduct their daily business operations.

BENEFITS:
Wireless LAN’s offer five primary benefits
USER MOBILITY:
Users can access files, network resources and internet without physically connected network to the wires.
RAPID INSTALLATION:

The installation time is very less because the network connection can be made without adding wires, or pulling it through walls or ceiling, or making modification to the infrastructure cable plant.

REDUCED COSTS:

The initial investment of wireless LAN is little higher than the wired LAN, but there is no need of installation charges and the wiring charges.
SCALABILITY:
      WLAN network topologies can easily be configured to meet specific application and installation needs and to scale from small peer to peer network to very large enterprise network that enable roaming over a broad area.
FLEXIBILITY:
Users can quickly install a small WLAN for temporary needs such as a conference, tradeshow or in the meetings. It is flexible so we can take WLAN in our necessary locations.

So Wireless LAN’s is best to fit your computers or devices to communicate over a network.

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Open up New ways to minimize the distances between wireless networks

WiMAX is the abbreviation of Worldwide Interoperability for Microwave Access. This new wireless technology is based on standards of IEEE 802.16, so to bring a greater broadband speed and to give a chance of cheap communication over the wireless network. WiMAX has given a great boost to technology; being a provider of true speed for communication.

WiMAX consists of two major applications one is called Fixed WiMAX and other is called Mobile WiMAX. The purpose of first type is to enhance the communication speed of the home users and business officials, where a communication of point to multiple nodes is done. Other type of WiMAX is concerned with the cellular phones and their full mobile utility. Both of these technologies are designed keeping in mind users friendliness, high speed, low cost and large turnover.

OFDMA (Orthogonal Frequency Division Multiple Access) is embedded in Mobile WiMAX. OFDMA adds some useful features to this modern application, which include high throughput, support to advanced antennas and great performance. Such features are not seen in the existing wireless communication technology implemented over wide area networks.

This technology is designed to facilitate laptop users to connect with World Wide Web, without having a physical connection. WiMAX is launched to convince the users of cable and DSL to go for WiMAX, which is a best alternate. This latest technology is fulfilling all the requirements of what is needed by a wireless network.

Some of the enhanced features of WiMAX are listed below

? It offers best ever high telecommunication services.

? It helps in making connection between Wi-Fi hotspots

? It offers traveling connections; to be used even if you are traveling in a plane.

? A best substitute of cable and DSL in terms of speed and throughput.

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FOR IMMEDIATE RELEASE:

GAP WIRELESS to exhibit its wireless technology solutions at the 2008 Wireless & Mobile Expo and Conference

May 15, 2008 – Toronto, Canada – GAP WIRELESS will exhibit its wireless technology solutions at the upcoming 2008 Wireless & Mobile Expo and Conference, scheduled on July 15 & 16, 2008 at the Metro Toronto Convention Centre in Toronto, Canada.

GAP WIRELESS has partnered with the best of breed manufacturers in the PCS/Cellular Infrastructure, Coverage Enhancement, In-Building, and Broadband Wireless Access space to allow us to focus on and support our key customers in the Wireless Service Provider, Government, Enterprise, Education, and Public Safety sectors with the most up to date solutions for wireless voice, data, and video transport and access solutions. GAP WIRELESS serves both public and private sector clients with Wireless Technology solutions and onsite professionals in support of these main disciplines: PCS/Cellular Infrastructure, Wireless Coverage Enhancement, Last Mile Connectivity, Back Haul, Mesh Networks, and Wi-Fi.

The Wireless Mobile Expo and Conference will bring into light the latest products and solutions that brought appreciable revolution in the worlds approach to the technology in the Wireless and Mobile service industry, such as Enterprise Wireless Networking, Wi-Fi, Mobile Convergence, Bluetooth, WiMax, Wireless Broadband, Mobile Devices, Wireless Security, Mobile Computing, VoIP and much more.

To register for Early-Bird Passes, please visit http://wirelessandmobile.wowgao.com/registration

More details about the event can be found at http://wirelessandmobile.wowgao.com/

About WowGao Inc.

WowGao Inc. is an Event Management Company that organizes and manages internationally renowned conferences and expositions focusing on latest innovations and developments in Information Technology Industry since 2003. We have been honored with an award for our excellence. Our featured events are:

- 2008 Government & Health Technologies Conference and Expo, April 15 & 16, 2008

- 2008 Wireless & Mobile Expo and Conference, July 15 & 16, 2008

- 2008 RFID Forum, July 15 & 16, 2008

For more information about the events, please visit http://www.wowgao.com/

For any media queries:

Director of Marketing,

416-292-0038 ext 812

attendee@wowgao.com

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Today, Bluetooth wireless technology is highly demanded sophisticated electronic device that is incorporated almost in every part of marketing sector. This Bluetooth technology sprouted in more and more pieces of finest form of various Bluetooth devices by the end of 20th century.

Sony Ericsson the builder of Bluetooth, effortlessly wanted to make a single custom for wireless technology networking that could easily be stay tune connected with other electronic gadgets supporting this Bluetooth wireless service freely. And so other electronic designers & manufacturers were sharing the same single custom because of the reason as it allows the number of users to enjoy this Bluetooth wireless networking in their electronic devices, with no concern that which company is behind that electronic item.

The subtle business plan of Sony Ericsson made a brilliant strategically decision to make the Bluetooth wireless networking technology requirement available free of charge to companies, if interested in building and embedding the technology into their electronic products which helped in creating a spirit of co-operation amongst the developers.

Using this latest Bluetooth wireless networking technology as base a primary stage it has helped to make this service very affordable for companies to develop innovative products. Not only for companies, but also for end number of users is benefited by this Bluetooth wireless technology just free of charge, and those electronic products are even available at low price in market.

It provides you to transfer data, voice & video with use of electronic tools and gadgets. The size of data to be transferred is no bar but same is not the case with all files of any format. Bluetooth wireless technology helps in functioning of other electronic products by flawlessly connecting & communicating with each other. It has defined three communication ranges as follows:-

1) The Grade “A” devices are the most powerful and ranges up to 300feet.

2) The Grade “B” devices are less powerful and provide an effective range of 50 to 100 feet.

3) The Grade “C” devices lit bit powerful but ranges approximately 15 to 30 feet.

A very important aspect that was focused is that this was especially was designed to provide only short-range connectivity and communications. And this was the only benefit, an advantage of short-range limitation that was purposely designed.

One of the benefits of short-range Bluetooth wireless technology is that it restricts the interferences from other devices if they are close to your surroundings. The main factor that works is the remarkable security features installed while producing, which keeps others away from connecting with your devices and so protects your data.

Another important feature that is powered by limiting its short-range of networking devices requires less power for the transmission over short distances. This shows that you can enjoy longer battery life for most users.

The increasing graph of expansion of use of electronic devices or gadgets using Bluetooth wireless can be seen day by day. Products like Bluetooth wireless PDA, Bluetooth wireless phone, Bluetooth wireless headset stereo headset, Bluetooth wireless printer, etc. It is proved that such a high demand can be satisfied only by continuous research in electronic devices to stand up to the mark in the minds of people by best quality & innovative manufacturing of products.

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A wireless adapter card plugs into a PC Card or PCI slot in your computer system or laptop creating laptop mobility. In order to gain Internet access, you also need a wireless router to create the wireless LAN. The IEEE 802.11 group is the standard specified technology for wireless LANs. See if the wireless card became loose. If your laptop was moving around in the car or if you dropped it, the wireless card may have become disabled or loose.

 Look on the front of your computer or laptop for a button or a slider indicating the wireless can be disabled and enabled. Be sure the setting is set for enabled. Check the Device Manager to see that it is set properly. Right click “My Computer,” select “Manage” and then double click “Device Manager.” Look in the panel on the right and double click “Network Adapters.” This container will open and you may notice more than one card in the list. Right click the “Wireless card” and select “Properties.”

A new window will open; choose the “General” tab to see the status of the device. Under “Device Usage,” “use this device” should be set to “enable.” If this option is set at “disabled,” use the drop down box and choose “enable.”USB WIRELESS LAN Adapter(WIRELESS USB LAN Adapter) Determine if you lose connectivity all the time or just occasionally. If it is only occasionally, there is a service called Wireless Zero Configuration, which may be causing the problem with your wireless connection. To disable it click “Start” and select “Control Panel” and “Administrative Tools.” Select “Services” and scroll down to the “Wireless Zero Configuration.” It will probably be set as “Started.” Right click and select “Stop.”

Use the Internet for a few days to see if you notice improvement. If you do, keep this option set to “disabled.” Your computer needs the Wireless Zero Configuration program running in order to make the wireless connection. There is a freeware program available, called Wireless FiXP, which will solve this problem. You can create a shortcut and put it in your Startup folder and every time you start your computer, this program will automatically start the Wireless Zero Configuration. The program will wait until your computer successfully connects to the Internet and it will then automatically shut down.PCI Wireless LAN Card(Wireless PCI LAN Cards)

Visit overclockers.com for you free download of Wireless FiXP. Download the Wireless FiXP program and unzip it.Open the folder and right click the “FiXP icon” and select “Create Shortcut.” Then open your Startup folder and drag the Wireless FiXP shortcut icon into it. Two Pieces 200Mbps PowerLine Communication Adapters(Transmission of broadband data through power line)

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