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First, I was trespassing. So I’m not going to divulge the name or location of this. It shouldn’t be too difficult to figure out if you live nearby anyway. Second, I did some research prior to venturing out here. This is a former mercury mining site. This chimney was built sometime prior to 1870 and stands approximately 54-60 feet high. Over it’s life, it has endured aging and many earthquakes and now twisted 2 degrees at the top. The upper 25 feet appears to have detached from the lower portion and the entire structure presents a hazard of not only falling bricks, but also complete failure and collapse. The 82 page analysis by a team of architects and engineers provides an interesting albeit scary read. It’s also the reason I’m so far away from the base of this. The chimney itself was used to vent fumes from mining furnaces located further down the hillsides. The fumes were delivered via flumes that ran to the base of this stack.
Currently, various government agencies are trying to determine the ultimate fate of this stack – whether it can be repaired and preserved, or whether it must be demolished. If you manage to determine the location, don’t go anywhere near the base because you don’t want to get caught wearing a brick hat. There also, more than likely, is soil contamination in the area – after all mercury is poisonous and mining and toxic mining fumes in that era abided by less than environmentally friendly practices. Oh and did I mention that the area is closed? You have been warned.
First the image was converted into a set data vectors in format (x,y,r,g,b), one for each pixel in image.
Then this 5D-data was projected to 3D-space using principal component analysis, The resulting image was rebuilt based on that reduced information.
Dr. Park Jin, Chair Professor at the Graduate School of International and Area Studies, Hankuk University of Foreign Studies, discusses issues in the U.S.-Korea-Japan relationship and South Korean view toward the trilateral cooperation.
Dr. Ruben Morawicki and lab technician Delmy Diaz use colorimetric analysis to determine protein content of fermented sorghum samples. Fermentation increases protein content and also makes it more available for digestion in animal feed.
Wilde and NAMTEC hosted a one-day awareness seminar on “Improving Design by Simulation: The Benefits of ANSYS to Industry”
The seminar held at NAMTEC on 16th October 2008 was a “resounding success” said David Deakin, Managing Director of Wilde.
Hosted by Wilde in conjunction with NAMTEC, seminar focused on the success companies have gained from the ANSYS range of CAD-integrated structural, thermal and computational fluid dynamics programs, both in-house and through the use of consultants.
More than 95% of delegates were satisfied with the event and found it “enjoyable, relevant and beneficial”.
Take your geospatial analysis to the next 3D-4D level with 3D-4Dseist tomography modeling!
* 3D-4Dseist tomography method is a unique tool of spacetime transformations of DEM, airborne thermal and multispectral satellite images and geophysical data into multicomponent volumetric 3D-4Dseist model for exact volumetric mapping and forecasting of geodynamic zones, 3D fracture patterns, shear zones, faults, etc., geophysical anomalies associated with the local stress fields of 3Dspacetime for earthquake monitoring and geomechanical modeling.
* 3D-4Dseist tomography is invaluable for identifying geodynamic zones that may be potential areas for rock bursts, 3D fracture patterns, and their density and outline zones of high permeability, shear zones, and faults...
*Using 3D-4Dseist tomography transformation of a various band of the multispectral imagery the discriminating iron oxides, clay, and hydrothermal minerals can be accurately volumetric mapped...
* The results of structural-geodynamic modeling proved the possibility of satellite maps creation (Landsat7ETM, ASTER, World View-2…) of low-amplitude tectonics with spatial resolution 1-20-30m/pix for horizontal lines, and 20 cm of fold’s amplitude. The spatial resolution of satellite models and maps on a concrete area exceeded the spatial resolution of the mining works plan on scale 1:5000.
* Uniqueness of * 3D-4Dseist tomography method is a unique tool of spacetime transformations of DEM, airborne thermal and multispectral satellite images and geophysical data into multicomponent volumetric 3D-4Dseist model for exact volumetric mapping and forecasting of geodynamic zones, 3D fracture patterns, shear zones, faults, etc., geophysical anomalies associated with the local stress fields of 3Dspacetime for earthquake monitoring and geomechanical modeling.
* 3D-4Dseist tomography is invaluable for identifying geodynamic zones that may be potential areas for rock bursts, 3D fracture patterns, and their density and outline zones of high permeability, shear zones, and faults...
*Using 4D GeoSEIS Tomography transformation of a various band of the multispectral imagery the discriminating iron oxides, clay, and hydrothermal minerals can be accurately volumetric mapped...
* 3D-4Dseist technology is determined by algorithms that transform digital images of physical fields into volumetric spacetime models which reflect their evolution.
Validation Certificate for “4D GeoSEIS Tomography” Method: www.slideshare.net/JarosloveBondarenko/4-d-geoseissertifi....
WHY WAIT FOR YOUR 90% DISCOUNT of 3D-4Dseist spacetime transformation of 2D images and 3D-4Dseist modelling, forecasting and monitoring???
* The approbation of 3D-4Dseist tomography method on any area, as my research at Iron Ore Open Pit №1 of PAO“CGOK” (Kryvyi Rih, Ukraine) will cost only $5000...
* The integrated 3D-4Dseist Tomography Method is a unique tool of 3D-4D spacetime transformation and integration of DEM, airborne thermal & multispectral satellite images, airborne/ground gamma-ray spectrometry, geophysical, geological and geochemical data into multicomponent volumetric 3D-4Dseist GIS for an exact and cost-effective 3D-4D spacetime modelling!
* The prime commercial focus is a consulting service to assist predictive discovery of mineral & oil-gas deposits through the application of advanced multicomponent volumetric 3D-4Dseist spacetime transformation of 2D images of spectral brightness and geophysical fields to targeting problems. This emerging 3D-4Dseist technology is starting to be utilized by exploration companies and has the potential to improve the probability of exploration success by reducing the time and cost involved in the discovery!
(L-R) Don Saari (IIASA & University of California, Irvine), Martin Lees (University for Peace of the United Nations & China Council for International Cooperation on Environment and Development), Luís Bettencourt (Santa Fe Institute), Nadya Komendantova (IIASA), Raya Muttarak (IIASA), Stephen Robinson (University of Wisconsin Madison), Peter M. A. Sloot (Director of the Complexity Institute, NTU), Professor Dr. Pavel Kabat (IIASA Director General and Chief Executive Officer)
Closing Session - Panel: Outlook for systems analysis
The conference Systems Analysis 2015 highlights recent advances, current lacunas, and untapped disciplinary potentials in the field of systems analysis, with the aim of demonstrating the unique prowess of systems thinking for navigating a swiftly changing and increasingly complex world.
More information: sa2015.iiasa.ac.at/
IIASA Systems Analysis 2015, Photo: Matthias Silveri | IIASA
Before our site visit to worlds end, we were asked to create a site analysis model to represent what we have researched on worlds end.
After my partner and I did our research, we focused on what we thought was the most interesting element of worlds end.
Designed by the landscape architect Frederick Olmstead around 1889, one of his biggest contribution to the site was the double tree lined path. The avenues of tree provides protection from the sun in the summer, as well as a way to guide and frame views of elements of the site. these views include small vignettes within the sites as well as views out around the boston harbor.
The horizontal elements in the model represents the path which weaves up and down. The vertical sticks acts as a form of guidance while providing various forms of gaps and opening representing the different types of viewing platform of the site.
Mirar una de estas pantallas es ver en una vantana la revolución genómica en movimiento, funcionando. El proyecto se llama Variabilidad Genética en la Diabetes de Tipo 2. En ésta pantalla se puede ver una de las 25 máquinas que calculan edn este proyecto utilizando chips de ADN. La enorme velocidad de estos ordenadores genera una película fascinante de la secuenciación. Fascinante, sobre todo, si reflexionas qué significan estos graficos de la pantalla y su movimiento. A la derecha hay un resumen de la explicación del proyecto. Este proyecto se desarrolla en el Broad Institute, una institucion fruto de un poryecto de colaboración entre el MIT, la Universidad de Harvard y el Witehead Institute. Esta en Cambrige, en el borde mismo del Campus del MIT.