Sentences with phrase «in model calibration»

Because of this, we attempt to be as «conservative» in our model calibration as possible; that is, we assign very high values of damages and risks of SGE, in order to bias our results against SGE deployment.

This model is a simple and intuitive valuation - dependent model, as illustrated by the log - linear line of best fit in Figure 1.3 At each point in time, we calibrate the model only to the historically observed data available at that time; no look - ahead information is in the model calibration.

Timing of input for operational events may be different than timing of imput used in model calibration.

Not exact matches

Moreover, I am sceptical of many of the underlying assumptions and calibrations in these models.

This technical memo documents the alignment calibration, spreadsheet model modifactions and the update of aperture tables using results from in - flight NICMOS alignment tests performed during the Second Servicing Mission Orbital Verification Phase.

Look for load - cell technology, an advanced version of the levers and springs found in older (and cheaper) models; your scale will need less calibration and be less likely to break down over time.

BBR's Phase 1 upgrade boosts power to 219bhp for the top 2.2 models, and includes a custom ECU re-map and calibration on the company's in - house chassis dynomometer.

This model should follow the template set by previous Black Series cars, including a generous bump in power, twinned with a wider body and even more track - focused suspension calibration.

Few studies have provided guidance on the calibration of traffic simulation models at work zones and have offered driver behavior parameters that reproduce capacity values observed in the field.

Each of these Aventador LP720 - 4 will receive a beautiful Forged Composite ® badge showing the stylish» 50» script... and a serial number that further emphasizes the fact this is a new milestone in the production of the Aventador, a carbon fiber monocoque model with a powerful V12 engine... which in case of this LP720 - 4 has been uprated a little to deliver 720hp (20 more than the standard Aventador LP700 - 4) driving all four wheels (hence the -4 denomination)... this power increase has been achieved by using a new engine calibration.

FCA submitted a software patch as a part of its application to certify 2017 model year Jeep Grand Cherokee and Ram 1500 diesel that reportedly addresses «calibration» issues with the engines, which the U.S. government accused of emitting greater than advertised levels of pollutants in on - road conditions.

«It runs on regular gasoline, but if you put in premium it has adaptive calibration that will give you even better mid-range torque,» Barnes said, adding that Easy Fuel ™, Ford's innovative capless fuel system, is standard on all models.

The VUE Red Line includes the same 250 hp (186 kW) Honda J35A3 V6 as the regular model, but with sportier suspension tuning, lowered 1 inch, and unique power steering calibration for performance, 18 in alloy wheels, ground - effect front and rear bumpers, unique rocker panel trim, chrome exhaust tip, special black leather and suede seats (optional for 2005, standard for 2006 and 2007), footwell lighting (included with leather and suede seats package, not available with optional full - leather (heated front) seats), and a special gauge cluster complete the visual updates.

Compared with truck tractors, the single - unit truck fleet varies by model in terms of weight, wheelbase, axles, cargo type and other factors that affect the calibration and performance of stability control systems.

This is essentially the same powertrain that has been on offer in the Juke Nismo in the U.S. market, which received a bump of nine horses over the standard Juke model via engine software calibration.

All new Chevy Corvette C7 models can now be equipped with new performance suspension calibrations that will make driving the new sports cars in Kansas City even better.

Electric power steering (EPS) New standard EPS system provides added efficiency, added driving ease in low - speed situations and when parking, and tuned for added responsiveness during spirited driving All - new, lighter weight axles for RWD and AWD All - new cast - aluminum axles and axle housing provide weight savings and help to reduce parasitic friction Sport mode (Included on 300S, 300C with V - 8 and 300C Platinum models) Enthusiast - desired Sport mode instantly transforms the sedan's performance and personality by: «S» gear selector enables sport engine and transmission calibration, more responsive accelerator pedal calibration and permanent paddle - shift mode «Sport» button enables sport - tuned steering calibration and temporary paddle - shift mode, in addition to sport engine and transmission calibration, and increased responsiveness of the accelerator pedal calibration.

In addition, a new 5.0 - liter direct injection V8 engine is now available exclusively with the 5.0 R - Spec model, which includes unique 19 - inch machined - finish alloy wheels, optional Bridgestone Potenza S - 04 Pole Position summer performance tires, and sport - tuned transmission, suspension and steering calibrations for exhilarating vehicle dynamics.

Those «most driver - focused model» marching orders also yield changes like a standard air suspension that sits 10 mm closer to terra firma than even the Macan Turbo, along with a unique Sport mode calibration for the stability control program that nearly doubles the allowable yaw rate (translation: the electronic nannies will give you a significantly longer leash before yanking you back in line).

In addition, Elantra Coupe offers a sportier SE model suspension calibration that is optimized for its lower - profile P215 / 45R17 tire.

Go for the Turbo model, and you'll get revised calibration and a faster ratio for extra response when wheeling around in the bends.

display performance improvements in the new Galaxy S6 models, including higher resolution, higher absolute color accuracy, better calibration, higher peak brightness, better screen visibility and readability in high ambient light, and higher display power efficiency, resulting in a number of new performance records for Smartphone displays.

Our detailed series of DisplayMate Lab tests that are listed below show that there are many significant display performance improvements in the new Galaxy S6 models, including higher resolution, higher absolute color accuracy, better calibration, higher peak brightness, better screen visibility and readability in high ambient light, and higher display power efficiency, resulting in a number of new performance records for Smartphone displays.

Our detailed lab tests show that there have been significant display performance improvements in the new Note models including higher resolution, higher absolute color accuracy with better calibration, higher peak brightness with improved screen visibility and readability in high ambient light, and higher display power efficiency, resulting in a number of new records for smartphone display performance.

Model 3, a linear model that does not use any look - ahead information in its calibration, reduces the error term by 11 % compared to Model 2 — nice, but not impressive — and its errors are a bit larger than the naïve assumption that all alphas are Model 3, a linear model that does not use any look - ahead information in its calibration, reduces the error term by 11 % compared to Model 2 — nice, but not impressive — and its errors are a bit larger than the naïve assumption that all alphas are model that does not use any look - ahead information in its calibration, reduces the error term by 11 % compared to Model 2 — nice, but not impressive — and its errors are a bit larger than the naïve assumption that all alphas are Model 2 — nice, but not impressive — and its errors are a bit larger than the naïve assumption that all alphas are zero.

(The description of our factor construction methodology is available in Appendix B.) We use the first 24 years of data (Jan 1967 — Dec 1990) in the initial model calibration, encompassing several valuation cycles, and use the remaining data (Jan 1991 — Oct 2011) to run the model comparison.

In another study, Matheny et al. (2005) evaluated the discrimination and calibration of mortality risk prediction models (logistic regression) in interventional cardiology and obtained positive results with the use of this methoIn another study, Matheny et al. (2005) evaluated the discrimination and calibration of mortality risk prediction models (logistic regression) in interventional cardiology and obtained positive results with the use of this methoin interventional cardiology and obtained positive results with the use of this method.

I worked with climate data in hydrologic model development and calibration at a NOAA National Weather Service (NWS) River Forecast Center (RFC) from 1976 - 2005.

While the various methods can be tested with climate model simulations, it would arguably be more satisfying if inferences could be obtained in a manner which bypasses the difficult issue of calibration entirely, and also eliminates any need to establish the precise seasonality of information reflected by the various available proxy records.

I believe that statisticians can contribute more to climate sciences in better description of the uncertainties, in addition to better calibration of statistical models.

What you are not being told is that these «tunings», «adjustments», «calibrations» and «tinkerings» are being used to cover up failings in the models, or «biases» as the modellers like to describe them.

Once calibrated, the model can be run and evaluated against observations not included in the calibration process.

Data and model states must be scrutinized, and the hydrologists needs to consider possible changes in the river basin characteristics through time, which add complexity to calibration, modeling and prediction.

At monthly timescales (which should not be affected by trends in the model or possible drifts or calibration problems in the satellites or radiosondes) there is a very good match.

If we calibrate a driver / response relationship based on a criterion of some minimal correlation (or probability) from a linear model, but the calibration period from which that derives only actually samples some part of a more complex, non-linear response surface / curve, then the estimates of the parameter of interest in times past could be seriously wrong and / or the certainty in the parameter over-estimated.

To what extent was this taken account of in climate model calibration?

Such improved precision would allow close study of decade scale fluctuations in surface temperature that can lead to much better calibration of climate models.

Enhance existing efforts to create a comprehensive observing system to document changes in these critical indicators and to provide data for calibration and validation of models.

Require that the GCM modelers produce an engineering level document that shows the derivation of every equation used in the model, a list of all subroutines and their description, a document that shows the interrelationship of all subroutines and all validation, calibration tests.

This would seem to be a major difficulty and, while models could presumably be modified to create this feature and global warming, would one have any confidence in the result of the model as this is post-hoc calibration as opposed to pre-hoc prediction?

In my opinion, any climate model's V&V MUST include allowing the model to run outside its calibration space, (that is, into the future) and then waiting to see what the real world actually does.

A further complication arises if datasets used in the model evaluation process are the same as those used for calibration, which gives rise to circular reasoning (confirming the antecedent) in the evaluation process.

This adiabatic model was verified, with a precision of 0.1 %, by comparing the results obtained for the temperature distribution in the troposphere of the Earth with the standard model used worldwide for the calibration of the aircraft gauges and which is based on experimental data.

Any confidence interval obtained from the Jeffrey's prior model will certainly either have the flat part of the calibration curve IN or OUT.

The period 1981 — 2000 is used for model calibration and 2001 — 2010 for validation, with performance assessed in terms of 27 Climate Extremes Indices (CLIMDEX).

Thus, while there are physical laws in existing models, their outputs (including apparent circulation power) reflect an empirical process of calibration and fitting.

-------- http://iopscience.iop.org/1748-9326/8/1/014013 Predictability of twentieth century sea - level rise from past data However, in combination, the use of proxy and tide gauge sea - level data up to 1900 AD allows a good prediction of twentieth century sea - level rise, despite this rise being well outside the rates experienced in previous centuries during the calibration period of the model.

The NSRDB accounts for any recent climate changes and provides more accurate values of solar radiation due to a better model for estimating values (more than 90 percent of the solar radiation data in both data bases are modeled), more measured data including direct normal radiation, improved instrument calibration methods, and rigorous procedures for assessing quality of data.

The most significant changes in the new D - series cloud datasets are: 1) revised radiance calibrations to remove spurious changes in the long - term record, 2) increased cirrus detection sensitivity over land, 3) increased low - level cloud detection sensitivity in polar regions, 4) reduced biases in cirrus cloud properties using an ice crystal microphysics model in place of a liquid droplet microphysics model, and 5) increased detail about the variations of cloud properties.

For example, the influential papers by Rogelj et al. (2011; 2012), which use the same model calibration as Meinshausen et al. (2009) but the non-CO2 emissions specified in RCP2.6, produce considerably higher CO2 emissions budgets than Meinshausen et al. (2009).