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However, despite growing demand for blue carbon credits and increasing interest in these types of projects, blue carbon projects are still in need of funding. Capital to support climate mitigation activities is available but is slow in finding its way to the right projects. This report provides an overview of the emerging blue carbon market. Financial Institutions (FIs) can play an instrumental role in this market by:

Can you guys elucidate the exact differences between the deep learning methods used by AlphaGo, and the methods used by Deep Blue (not current chess AI). Would you say that AlphaGo has shown to be more superior at Go vs Lee Sedol than Deep Blue was at chess vs Gary Kasparov? Is the deep learning method used by AlphaGo overall superior to the method used by Deep Blue?

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And my biggest question of all: If you used deep learning/neural networks to make an AlphaChess AI of some sort comparable to AlphaGo, and trained it to play against a modernized version of Deep Blue (whatever the current best chess AI is, assuming its not using the exact same method as AlphaGo), which would win in the long run? Would AlphaChess be able to learn how to exploit Deep Blue 2.0's weaknesses, if they exist? Or is the method used by Deep Blue simply superior to deep learning models when it comes to chess? Or would every game end up being a stalemate?

Deep Blue is a blend of seven biodynamic or organically farmed vineyards in the Willamette Valley; Cassin, Roshni, Johan, Momtazi, Nemarniki, Finnigan Hill and Claygate. The vineyards and barrels we selected were chosen for their deeper, blue and black fruit attributes, as well as their lush and silky textures. Think blueberry pie with baking spices, unsweetened cocoa powder, dark cherry, black raspberries, and summer in a conifer forest. We used 30% whole clusters to give the wine a good tannic structure, and the ample acid shows good promise for aging prospects.

A portion of the profits of Deep Blue will be donated to Oregon Kelp Alliance, an organization who promotes the restoration of our oceans and creation of sustainable, carbon capturing food, through providing support to small kelp and shellfish farms along the Southern Oregon coast. It is important to us to continually offer wines that can promote and support causes we believe in.

The V2.0 VIIRS deep blue aerosol products are available from both NOAA20 and SNPP platforms. Significant changes have been made to the V2.0 Deep Blue/SOAR algorithms to further improve the data quality. Changes in the retrieval algorithms and data products include the following:

Dark target has separate algorithms for land and ocean. Deep blue in the MODIS aerosol products is a land retrieval only. All total column aerosol retrieval algorithms must account for and remove the surface reflectance signal to accurately determine the aerosol signal. Dark target and deep blue retrievals have different ways of accounting for the reflectance signal coming from the land surface.

Deep blue uses maps and libraries of surface reflectance in the blue channels to account for the surface signal as well as spectral reflectance ratios. This method works best over bright land surfaces but can also retrieve aerosols over most vegetated targets.

I was wondering if my PC has surpassed the processing power of Deep Blue which famously won against the human world champion Garry Kasparov. What was the processing speed of Deep blue as compared to todays ordinary desktop processors like core 2 duo , i3 etc. ?

No. Deepblue, an IBM machine that's comparable to the IBM eServer and AS/400 or RS/6000 is just not comparable with a PC. You say you could build a better server that run Linux with an Intel i5/i7/Xeon/Opteron, it will beat an IBM server, but in a lot of specific domains the IBM machine will outperform it. That was the case for this one. Will it run Crysis? No, or emulate it with lag. Will it run a stream of financial calculations in real time, non stop for your enterprise and keep a database of thousand employees maintaining their payroll, and manage the stock and customers too? Not wasting a single of these gigaFLOPS and never crash for years? Yes.

Our 4D Collection brings you large and small format wall tiles in contemporary solid shades of deepest teal blue and freshest white. Designed with modern living in mind, the clean designs feature on-trend reliefs in chevron, diamond, hex, and lines as well as flat fields. Practical for home or commercial use and brimming with cool-factor, these wall tiles are both cost-effective and design-savvy and are ideal for bathrooms, backsplashes or fashion-forward commercial applications.

The ETC ColorSource Spot brings together the affordability of a four-color light engine with the build-quality and support of an ETC product. Using a unique mix of red, green, blue and lime LED emitters, the ColorSource spot allows for an amazing range of color and depth, unlike other low-cost LED fixtures. Because it utilizes standard ETC optics, adapters and accessories, it is a versatile solution for any lighting need. The Deep Blue ColorSpot replaces the blue LEDs with indigo for rich, saturated blues and magentas.

If you want to work on similar problems, there are many great resources both on the internet and here at Stanford that you can take advantage of! Stanford professor Michael Genesereth has a course available on Coursera entitled "General Game Playing", which delves deeply into the algorithmic and logical foundations of chess-playing computer programs. If you are at Stanford, the course is offered as CS227B and is taught each Spring quarter. For a foray into the specific methods utilized by chess-playing programs, the aforementioned David Levy has a book encompassing a vast range of such techniques entitled "Computer Chess Compendium". Lastly, you should pay particular attention to the Search portion of this class, as almost all modern programs boil down to simple implementations of A* search and/or minimax search with fancy chess-specific heuristics and optimizations!

A true deep indigo, dark rinse jean, get on board this f#!king Submarine. It's deep blue hue reminds us of a clean and pristine ocean, a goal that this SUSTAINABLE fabric helps us all work towards. We've utilized BCI cotton ("Better Cotton Initiative") and modified the synthetic components to be made from RECYCLED plastic bottles. Yes, he's our deepest, darkest, blue jean but on the inside, he's green as f#!k.

"Plugging in, we get the vintage thing right away. Inspired, we decide to run a Sun Studio-style rockabilly test. The fact that we nail the sound we're looking for so quickly gives you an idea of how user friendly the Deep Blue Delay is. If you play rockabilly or roots-inspired rock in the vein of Creedence Clearwater Revival, you'll love the authentic vintage warmth of this pedal. Avoiding clichs can be tough when using a delay, but the Deep Blue inspires creativity. Setting the pedal for a single repeat adds some cool ambience to high gain rhythm and lead parts that you'll miss with the pedal switched off. Mad Professor will still make you a hand-wired version of all these pedals if you wish. The thing is, based on the quality of the sounds on offer from these lower-cost factory models, we don't think you need to splash out all that extra lolly. We'd be surprised if many people could really hear the difference between the hand-wired and circuit board jobs anyway. Utilising a PCB construction hasn't diluted any of the wow factor that you equate with Mad Professor pedals." -Music Radar, March 2011www.musicradar.com/deep-blue-delay

Deep Blue Delay is kept small (Width x Length x Height: 69mm x 111mm x 50mm including jacks and knobs) containing just the basic delay features; Delay Time, Delay Level and Repeat controls. It was designed to work as an ambiance delay; like that of a vintage tape echo and the repeat, the formation was specifically designed to allow easy setting and less critical setting of delay time. With delay times higher than 120ms, the delay time is sometimes set on the beat or on a multiple of the beat. Deep blue handles this by not giving full range repeats, but a tuned response that doesn't need to be on the beat to sound good.

The DEEP BLUE collection is inspired by the Pierre Bleue, a stone native to Belgium which takes its name from its unusual blend of greys and blues, which range from darkest black to pale, almost white, shades. ff782bc1db