Guam Restaurant Directory

Restaurant Guam Directory

Here you will find a comprehensive list of hotels on the beautiful island of Guam. Thanx to Ate Debbie and Staff for another successful event at your restaurant. Vip House Seafood Restaurant, Tamuning: For your service - Restaurant Directory. Guam, Hagåtña, Vons Chicken AganaWebsite: https://wwww.facebook.


Guam's Favourite Restaurant | Westin Resort Guam

Discover Prego's tempting dining meal plus children eating for free in the evening! His supper was re-defined with a Hummerkuchen as an appetiser on a seasoned lime-ary, to a wet, roasted sea bass on a vegetables mediley and zesty-style soy butter sauces. Enjoy the new Prego meal this evening with a glas of your favourite from our range of world wines.

As of May 1, 2018, under 11 s can choose their favourite paste or pastry from our new children's menus. Plus, you get a children's free food with each entrree buy supper (for min. 11 years). Enjoy Guam's award-winning Prego Bubblicious Sunday Brunch with shellfish on the rocks, pancakes and lettuce, favourite breakfasts, favourite ltalian lunches, broth, warm entrance and desert with Prego's typical creamy-wafers.

Including free river juices, champagne and beers. 2015 Stars & Stripes Best of Pacific for the best Sunday brunch on Guam!

attraction | Fiesta Food Court

Guam's biggest American-style shopping center! The Fiesta is Guam's biggest dining venue, with twenty restaurants and quick-dishes. The court is the most favourite place to eat in Guam with 650 seats and life and visuals. In Micronesia's biggest shopping area.

Underwater surveillance: How China is eavesdropping near Guam

In the West Pacific, China has installed high-performance wiretaps on two strategically placed sea floors near Guam, America's largest warbase. According to the state of the art acoustical sensor, some of which have a reach of more than 1,000 km, are used for research such as earthquake, typhoon and whale surveys.

However, safety specialists say that the sensor can also monitor the movements of U-boats in the South China Sea and capture submarine signal between the U-boats and their bases. These high-end monitoring units have been in use since 2016, although the information was only published this past monthly by the Chinese Academy of Sciences.

The information shows that one of the acoustical sensor is in the Challenger Deep of the Mariana Trench - the lowest point on earth at 10,916 meters below the surface - and another one near Yap, an isle in the Federated States of Micronesia. Challenger Deep and Yap are about 300 km and 500 km south-west of Guam, between Guam and Palau.

It is the largest US Army bases in the Western Pacific and is also an important supply and service center for other US Navy U.S. Navy subs in the Pacific. The Palau is one of the major entrances to the South China Sea for US navy ships.

State-of-the-art noise sensors installed on the seabed in the area could recognize the communications of a submarine, according to a senior tactician from China, who did not want to be called. Contents of the news would be encoded, but the signal could give other useful information about the subs, the experts said.

"It has become a major force and acts like one," said James Lewis, Snr. VP at the Centre for Strategic and International Studies in Washington. Pursuant to information from the China Académie, which monitors the design and use of acoustical transducers, the equipment is fastened to a long wire along the seabed.

It has a small beacon that carries satellites and delivers more than a year of electricity to the small units that use very little it. According to the Akademy, these deepwater monitoring nets from China have survive the pressures in the greatest ocean floor areas of the globe and have recorded sounds from springs more than 1,000 km away.

These are serviced on a regular basis by China's research ships. Eavesdroppers use sonic wave energy, which can be used as the basis for strategic intelligent operations. soundwaves may contain submarine noise. U-boats often produce low-frequency sounds that are to be transported over long distance. In addition, they send regular audible alerts to satelliteborne buoy or cable on the seabed to keep in touch with their sockets.

Guam Navy Bases houses U.S. USS 15, whose navy consists of Los Angeles-class atomic subs, which include the USS Oklahoma, USS Chicago, USS Key West and USS Topeka. The quickest way to get to the Spratly Islands from Guam is via the Celebes Sea between Indonesia and the Philippines.

Spratly Island is a controversial archipelago in the South China Seas and a potentially hot spot in regional wars. Showing China's deep-sea technology upgrades to a Pacific U-boat Signal Net? It is suspected that the US Navy has placed communications on Guam on the often used routings of its subs.

Seafloor cabling is linked to equipment that can transmit or transmit sonic radiation so that U-boats can remain in contact with the seafloor commando without having to appear for communications via satellites and exposures. Since 2008, the US Naval Service has also been developing a U-boat communications system, Deep Siren, which enables U-boats to bring an unnecessary beacon to the upper deck and use audible alerts to transmit and retrieve information from the depths of the seabed.

This signal is sent to a US National Security Agency monitored spacecraft and then incorporated into its worldwide information net. China's submarine monitoring system can recognize such communications, as some of its transducers are operating at similar levels to those of Deep Siren. They have a working height of over 12,000 meters so that they can work efficiently even on the lowest seabeds.

"Underneath the ground, the calmer the environment becomes and the more we can focus on the most audible signal," says Zhu, who runs deep-sea monitoring and communications programs at the China Academy's Institute of Acoustics. In addition, there is an ban on exports to China of noise alarms with an operating depth of more than 1,000m.

These machines were hard to manufacture because they needed specific material and advanced technologies to make sure they could collect precise information over long times even under extremely high pressures, he said. They are also small and use very little electricity. Because of the sensibility of the material, Zhu could not give any further detail about how the sensor is manufactured, but said: "It is a break-through for China".

In accordance with the information provided by the institution, the acoustical transducers are used in the submarine monitoring system to control naturally produced noise signals such as Typhoons and Seismic alerts. It has also been used in other ways, e.g. on deep-sea vessels and in other vulnerable water bodies such as the South China Seas, according to the IST.

There are other monitoring systems such as ammeters and probes that monitor fluid flow, fluid flow, and salt content. Lewis, the US-broker, said that sea level, salt content and other parameters influenced the noise dispersion and were studied to enhance the recognition of the UCV. A number of sonic waves cover long ranges submerged, and sophisticated computer programs can read them to localize a sub more than 800 km away, he said.

"They want the Senor in Deep Waters as it can pick up more and is less likely to be detected," he said, adding that U.S. Senors were mainly isolated around Russia to help detect thier rocket subs ballistics. Information from the China Academies on China's deep-sea monitoring net is being published in the midst of an increasingly powerful battle against the United States for supremacy over the Pacific Ocean.

China, the world's second largest economies, has invested heavily in upgrading defence equipment to support its burgeoning interests and impact globally. His increased activity near Guam has attracted US interest. Researchers aboard China research ships reported to the South China Morning Post that their surgeries near Guam had taken place in clear visibility of US espionage aircraft, but they went on with them and insisted that they operate in cosmopolitan seas.

However, China's regional operations go beyond hearing aids. This first such experience carried out in the area enabled China to obtain precious information about the underwater area, the institution said. The Guam is part of the Second Chain of Islands, a line of defense constructed by the United States during the Coldwar to stop Communism from expanding into the Pacific.

In the view of China's researchers participating in these missions, one of the primary purposes of China's operation near Guam and other western Pacific areas is to disrupt the archipelago and bring China's maritime might into the Pacific heartland.

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