Grunt, Woof and Moo to you too

(Cross-posted with the Google translate blog)

For millennia man and animal have tolerantly coexisted, separated by language and the development of opposable thumbs. Today we can proudly say that we have overcome one of those hurdles. Presenting Google Translate for Animals, a new application available in Android Market.



This application allows you to record animal sounds and have the sounds analyzed and translated by Google Translate into any of the 52 supported languages. With animal translation you can finally understand why Spot keeps peeing in your closet or why Pickles keeps leaving dead mice in the tub. No longer must humanity struggle to comprehend when Lassie warns, “Hurry, Timmy’s fallen down the well!”

The technology isn’t perfect yet, so you may discover some translations that don’t make perfect sense. The algorithms are always improving however, thanks to the large corpus of cute cat videos that have been uploaded to YouTube.

We think that this is an exciting step in understanding and communicating with the world around us. Stay tuned for the addition of “old car” and “stomach” to the translation capabilities of the application this summer.

Our newest Mobile Search feature: Where am I?

Many of our improvements to search quality come from analyzing actual search queries. We’re constantly trying to surface more relevant search results in as many situations as we can.

Well, I’m happy to announce that for those of you who turn to Google in search of, “where am I,” we finally have a better result. Starting today, just go to Google.com on your phone in the US, search for “where am I”, and wonder about your own whereabouts no more.

Note that in this alpha release, we are finding that our results can be slightly off. However, accuracy should improve with greater usage. So if at first the answer is not what you’d expect, please continue to try it over the next couple of days and ask your friends to do the same.

Stars in mobile search

Earlier this month on the Official Google Blog, we announced how stars make search more personal by allowing you to mark and rediscover your favorite content. Today, we are extending this feature so that you can get to your favorite content on your phone, anytime, anywhere. For example, if you previously searched for "car reviews" and starred a few sites that were useful while researching cars on your computer, searching for "car reviews" on your phone will allow you to rediscover your starred items. If there are additional results that you want to star while on mobile, simply click the star marker beside the result, and you will be able to see it later when searching from your computer or phone.

To try this yourself, go to google.com on your phone's browser, sign in to your Google Account and do a search. Star a few results and then do the search again to see your starred items appear at the top of your results. To see the same starred items between computer and phone, make sure you are signed in to the same account. The stars in search functionality is currently supported on Android phones, iPhones/iPods, and Palm WebOS devices in the US.

Updates and a Brief History of Aeroflex's PXI 3030

In October 2003 Aeroflex launched the 3000 Series, a PXI-based modulartest suite for mobile phone and general-purpose wireless test. Today, the Aeroflex 3000 Series now encompasses more than a dozen PXI RF modules andsupporting applications for signal generation and signal analysis, meeting the specific requirements for a wide range of mobile communication standards.
Applications include automated measurement of parametric performance of terminal transmitter and receiver characteristics, terminal TX and RX alignment and performance characterization for manufacturing, and research and development.


PXI OverviewPXI derives its name from the PCI eXtensions for Instrumentation specificationthat defines a rugged personal computer-based bus as the basis for a commonplatform for measurement and automation systems. PXI uses the high-speedPeripheral Component Interconnect (PCI) bus combined with the rugged, modular Eurocard mechanical packaging of CompactPCI and adds mechanical, electrical and software features that define complete systems for test and measurement, data acquisition and manufacturing applications. These extensions make it easy for end users and integrators to quickly build open, multi-vendor measurement and automation systems. The PXI was designed to bridge the gap between desktop PC systems and high-end VXI and GPIB bus systems.


In order to exploit the benefits of PXI, RF test system developers required first to have their needs met for performance and functionality, particularly in the areas of RF signal stimulus and RF signal analysis. The RF synthesizer has been used by Aeroflex since its inception as the underlying module for using PXI for RF instrumentation based upon the patented Fractional-N synthesizer. The 3020 Series RF signal generator modules are used in conjunction with the 3010 RF synthesizer to provide modulation and waveform generation, RF leveling and frequency tuning from 100 kHz to 6 GHz.

The 3030 Series RF digitizers provide frequency down conversion and highdynamic range analog to digital conversion for measurement and real timeapplications. The 3030 Series RF digitizers are also used with the 3010 RFsynthesizer, which provides the tune-able local oscillator (LO).




On March 31st, 2010, Aeroflex introduced its PXI 3030 TD-SCDMA Measurement Suite to provide fast and cost-effective production testing of mobile handsets and RFICs based on ETSI 3GPP TS 34-122. It supports all major cellular standards, including 3GPP LTE, CDMA2000, 1xEVDO, GSM, W-CDMA, and mobile WiMAX. The wireless connectivity standards WLAN and Bluetooth are expected to be integrated into most TD-SCDMA phones and are also supported in this single box solution. The PXI Measurement Suite makes parametric measurements of TD-SCDMA transmitters and supports high-speed alignment and performance verification of devices operated in a non-signalling mode. Applications include high-speed/high-throughput mobile handset testing as well as RFIC characterization.


The platform provides high yield and throughput, achieving dramatic improvements in test time using speed-optimizing techniques such as multi-thread processing, pipelined capture, and fast-sequence tuning (FST).