The goal of Scorecard 2.0 is to help purchasers and other stakeholders in both the private and public sector track the nation’s progress on payment reform, as well as identify any high-level indicators of its impact on the cost and quality of health care.
Modelling credit risks based on the concept of 'CreditRisk+', First Boston Financial Products, 1997 and 'CreditRisk+ in the Banking Industry', Gundlach & Lehrbass, Springer, 2003.
Name | Description | |
a | Get the parameter a of the model. | |
alpha | Get the desired VaR level of the model. | |
alpha<- | Set the cdf level(s) for VaR | |
calc.rc<- | Get the value of the calc.rc | |
alpha.crp | Get the maximum cdf levels for VaR of the model. | |
B | Get the parameter B of the model. | |
calc.rc | Set the state of calc.rc | |
changes.measure | Get the state of changes.measure | |
changes.plausi | Get the state of changes.plausi | |
changes.export | Get the state of changes.export | |
changes.loss | Get the state of changes.loss | |
changes.plot | Get the state of changes.plot | |
CDF | Get the CDF of the model | |
changes.calc.portfolio.statistics | Get the state of changes.calc.portfolio.statistics. | |
changes.rc.sd | Get the state of changes.rc.sd | |
changes.read | Get the state of changes.read | |
changes.rc.vares | Get the state of changes.rc.vares | |
EC | Get the economic capital of the model | |
crp.CSFP-class | Class 'crp.CSFP' | |
crp.CSFP-package | CreditRisk+ Portfolio Model | |
EL | Get the expected loss of the model | |
CP.rating<- | Set counterparties ratings | |
CP.rating | Get counterparties ratings | |
CP.NR | Get the ID numbers of the counterparties of the model | |
CP.NR<- | Set the ID numbers of the counterparties in the model | |
crp.round | Rounding numerical values | |
crp.CSFP | Main routine for CSFP-model | |
export | Export risk contributions and loss distribution | |
export.to.file<- | Set the state of export to file | |
file.format<- | Set the file format | |
export.to.file | Get the status of export.to.file | |
fo | Function to convert numerical output. | |
EL.crp | Get the expected loss of the model after discretization. | |
file.format | Get the file format of the model | |
ES | Get the expected shortfall of the model | |
ES.cont | Get the expected shortfall contributions | |
ES.tau.cont | Get the corresponding tau for expected shortfall contributions | |
loss | Get the several losses (exposure bands) of the model | |
loss.dist | Calculating the loss distribution | |
LGD<- | Set the counterparty specific LGDs | |
LGD | Get the loss given defaults of the model | |
init | Initializing a new entity of class crp.CSFP | |
loss.k | Get the expected loss per sector | |
loss.unit<- | Set the loss unit | |
integrity.check | Internal method to ensure model integrity | |
loss.unit | Get the loss unit of the model | |
M | Get the number of iterations for loss distribution | |
NEX | Get the net exposure per counterparty | |
Niter.max<- | Set the maximal number of iterations or desired cdf level | |
path.in | Get the input path of the model | |
path.out<- | Set output path | |
plausi | Checking input data for plausibility | |
nu | Get the discrete losses of the model | |
PL.crp | Get the potetnial losses per counterparty after discretization | |
path.in<- | Set input path | |
PLOT.range.y | Get the plot range for probabilities | |
PLOT.scale<- | Set the plot scale for portfolio losses | |
PLOT.scale | Get the plot scale for losses | |
port.name<- | Set the name for the portfolio file | |
SD | Get the standard deviation of the model | |
SD.cont | Get the contributions to standard deviation | |
sigma_k | Get the sector standard deviation | |
show | Show summary of object crp.CSFP | |
W<- | Set the sector weights of counterparties | |
W | Get the sector weights of counterparties | |
measure | Calculating portfolio measures | |
mu.k | Get the expected number of defauls per sector | |
rating<- | Set the rating classes of the model | |
rating_pd | Risk matrix for the Credit Suisse example portfolio | |
rc.vares | Calculating risk contributions to VaR and ES | |
read | Reading the input files | |
sec.var<- | Set self estimated sector variances | |
SD.crp | Get the discretized standard deviation of loss distribution | |
summary | Summarize portfolio key numbers | |
alpha.max | Get the maximum cdf level for loss distribution | |
VaR | Get the value at risk of the model | |
alpha.max<- | Set the maximal desired cdf level | |
rating.SD<- | Set the standard deviations corresponding to rating classes | |
rating.scale.name | Get the name of the file containing the risk matrix of the model | |
name<- | Set the name of the model | |
name | Get the name of the model | |
pd_sector_var | Sector variances for the Credit Suisse example portfolio | |
path.out | Get the output path of the model | |
PLOT.range.x | Get the plot range for losses | |
PLOT.range.y<- | Set the plot range for the probabilities | |
rating.PD | Get the PDs of rating classes | |
rating.scale.name<- | Set the name for the file containing the rating scale | |
sec.var.name<- | Set the name of the file with the sector variances | |
sec.var.est | Get the mode for sector variance estimation | |
NC | Get the number of counterparties in the model | |
NEX<- | Set the net exposure per counterparty | |
Get the PDF of the model | ||
PLOT.PDF | Get the state of PLOT.PDF | |
PL | Get the potetnial losses per counterparty | |
PLOT.range.x<- | Set the plot range for the losses | |
rating.PD<- | Set the PDs for rating classes | |
rating | Get the rating classes of the model | |
save.memory<- | Set the state of save.memory | |
calc.portfolio.statistics | Calculating portfolio statistics | |
save.memory | Get the state of save.memory | |
Niter.max | Get the desired number of iterations or cdf level for loss distribution | |
NS | Get the number of sectors of the model | |
plot | Plotting the PDF | |
PD.crp | Get the counterparty probabilities of default after discretization | |
PD | Get the counterparty probabilities of default of the model | |
port.name | Get the name of the portfolio file | |
PLOT.PDF<- | Set the state of PLOT.PDF | |
rating.SD | Get the standard deviations corresponding to rating classes | |
portfolio | Portfolio data for the Credit Suisse example portfolio | |
sec.var.name | Set the name of the file with the sector variances | |
set.changes | Internal method for model integrity | |
write.summary | Writing summary to file | |
VaR.cont | Get the value at risk contributions on counterparty level | |
rc.sd | Calculating risk contributions to standard deviation | |
VaR.pos | Get the position of value at risk in CDF | |
sec.var | Get self estimated sector variances | |
sec.var.est<- | Set the mode for sector variance estimation | |
sigma.sqr.syst | Get the systematik risk of the model | |
sigma_sqr_div | Get the diversifiable risk of the model | |
No Results! |
Type | Package |
Date | 2016-09-09 |
License | GPL-2 |
LazyLoad | yes |
NeedsCompilation | no |
Packaged | 2016-09-09 15:31:36 UTC; Kevin |
Repository | CRAN |
Date/Publication | 2016-09-11 18:35:59 |
imports | graphics , MASS , methods , utils |
Contributors | Kevin Jakob, Dr. Fischer, Stefan Kolb |
[![Rdoc](http://www.rdocumentation.org/badges/version/crp.CSFP)](http://www.rdocumentation.org/packages/crp.CSFP)
Extensis Portfolio 2016 v2.0.2 Multilingual (Win-Mac)
RELEASE INFO:
Extensis Portfolio 2016 v2.0.2 Multilingual (Win-Mac) 624.88/617.27 MB
Portfolio is the digital asset management tool for the rest of us. It’s simple to set up, easy to use, and requires little to no ongoing maintenance. Within moments, you can organize your digital files and share them throughout your organization and beyond, allowing everyone to find what they need when they need it.
Easy To Use, Yet Rich With Features
Portfolio is loaded with the features you need to create, organize, find, share, and protect your assets.
File Upload and Storage
Quickly load files into Portfolio so assets are properly organized, tagged and accessible to everyone
Supported File Formats
Portfolio supports all common media formats including image, video, audio, PDF, and native documents from Adobe® Creative Suite® and Microsoft® Office, making it the perfect solution to manage all your digital documents.
Import Files from Anywhere
Portfolio provides two convenient ways to load assets into the system. Either import documents from your desktop or ingest files that are already located on the server
Mobile File Upload
Upload photos, videos, and audio directly into Portfolio with Portfolio Flow – available for iOS and Android devices. Keywords, description and other metadata can be applied so assets are immediately tagged and cataloged correct.
Managed Upload
Because files cataloged with incomplete metadata have limited value, Portfolio allows you to define key metadata that must be entered before assets are uploaded.
Automatic Metadata Extraction
Portfolio can extract embedded metadata, which allows the system to intelligently catalog and reference assets. This includes XMP, IPTC, EXIF, TIFF, Video, and Microsoft Office metadata.
Automatic Backup and Restore
Portfolio gives you peace of mind by automatically backing up your precious assets. All settings, catalogs and data can be restored with just one click.
Organize and Catalog Assets
Create meaningful collections using a combination of structure and metadata.
Find Assets Instantly
Portfolio doesn’t just help you search libraries; it helps you find the assets you need.
Share Assets Intelligently
Get the right files into the hands of everyone involved in creating, organizing and using your assets.
Drag And Drop Access
Portfolio Express gives you direct access to your assets right from your desktop. Instantly find files in your catalog, then simply drag and drop assets into any supported application, such as Adobe® InDesign® and Microsoft PowerPoint®.
Asset Distribution Portals
When select assets need to be shared outside your organization or distributed among a large group, NetPublish allows branded web portals to be easily created without any HTML or CSS skills. These self-service sites allow users to find and download what they need, when they need it, from any device.
Integrate With Your Workflow
Portfolio integrates with your existing workflows and facilitates the entire asset lifecycle, including content development, collaboration and archiving.
Top 5 Reasons to Have an On-Premise Solution
– Speed – Local networks are much faster than internet connections, making file upload/download blazingly fast.
– No cloud constraints – Cloud servers typically have metered processing power, bandwidth and storage, creating bottlenecks and expensive recurring costs.
– Security – While cloud servers are generally secure, it’s no substitute for isolating sensitive data inside your network.
– System integrations – Integrated solutions frequently talk to each other using network ports and it’s not uncommon for those ports to be blocked by your firewall.
– Always accessible – Even the best internet connections go down from time to time. By having your DAM solution on-site, your assets are always on hand.
System Requirements:
Portfolio 2016 for Windows:
– Windows® Server 2008 R2 SP1, Windows Server 2012, or Windows Server 2012 R2
– 2.0 GHz or faster 4-core processor
– 16 GB RAM
– 1000 Mbit/s or faster network connection External editors for photos 1.1 software.
Portfolio 2016 for OS X:
– OS X® or OS X Server v10.10 or 10.11
– 2.0 GHz or faster 4-core processor
– 16 GB RAM
– 1000 Mbit/s or faster network connection
DOWNLOAD LINKS:
2013-09-25T14:41:42Z.License: cc-by. Den Den Mushi thus take the place of telephones and other similar machines in the world of One Piece.Genre Comment byasdasd 2018-02-17T04:03:04Z Comment byi need to download this song 2015-02-16T09:34:18Z Comment by@megali-talaiporia: hi 2015-02-16T09:33:51Z Comment byhahahahaha 2014-12-19T04:45:15Z Comment by@megali-talaiporia: After 100 downloads SoundCloud disables the download button.that's because I don't have the Pro account:/ 2013-10-26T12:13:16Z Comment byi was supposed to be able to download this through here. The Den Den Mushi (電伝虫 Den Den Mushi, literally meaning 'electric transmission bug') are snails that are usually seen with phones or fax machines attached to their shells. The people in One Piece world take advantage of this ability by attaching buttons and receivers to them. They have the ability to communicate with each other telepathically through radio waves. Radio cloud v1.0.
Keep2share
Rapidgator
Uploaded
For other news, visit my profile every day!
To Unzip the files use 7zip or WinRar.
I recommend to download as fast as you can or you will lose file you need ( Links dead because of Copyright Infringement )