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Fora couple of years, the files in Computer 1 were in the Mac user folder (Documents, Downloads, and Desktop), not the Dropbox folder. I used Dropbox Backup to keep these backed up. These made a copy in a special folder in Dropbox > Mac.

The Dropbox > Mac folder was easily accessible from Computer 2 and Computer 3. Whenever I worked on those computers, I worked entirely within this folder, keeping everything nicely in sync among all three computers, and everything was easily accessible via the Mac Finder like any other file.

Now, due to a recent change to Dropbox Backup, the Dropbox Backup from Computer 1 is only accessible via the web interface. It is no longer accessible in my Finder in Computer 2 or Computer 3. Those files, which were previously available on my local drive, seem to have been totally deleted.

Moreover, if I attempt to "Restore" the backup from Computer 1 onto Computer 2, Dropbox prompts me to create a new backup of Computer 2. I don't need this, but I was forced to accept it in order to proceed with the Restore. Then, after accepting the new backup, I cannot restore from Computer 1.

At the moment, the only was of accessing my important files is via the web, and the only local copy is on Computer 1, which is in a different location. Please help me restore this to the old system, where I can have three computers always in sync.

Did this post not resolve your issue? If so please give us some more information so we can try and help - please remember we cannot see over your shoulder so be as descriptive as possible!

Better don't rely anymore on extravagant features like Dropbox Backup. While you need sync only, backup is not intended for such a usage! Just create a simple folder in your Dropbox folder named Documents and put everything you need to keep in sync there. Turn off your Dropbox Backup (on every machine it has been on) and just... sync without backup. You will have one more Documents folder - use the one that's in Dropbox folder that you created. That's it.

Thanks. Yes, I have realized that this is the most likely way forward. For now, I am trying to use Rewind to rewind the contents of the previous Backup folder, which is still showing in the Dropbox but now as a regular Dropbox folder. So far it seems promising, but it will probably take some time to rewind 175 GB. I will report back further. Then it will be just another Dropbox folder, as you suggest.

Dropbox Rewind has concluded, and appears to be a satisfactory solution in this circumstance. I do think there should be a better migration for customers in this scenario, but I hope my experience will help others.

I had a honeymoon period of between 6 months and a year with Dropbox when it pretty much kept synching from my Macbook pro --- then, it was rocky, undependable, then it just quit synching. Any advice here from a Dropbox rep did not help at all. I am switching to using a PC from Mac this week, and hoping I will have a better outcome on Dropbox.

The site is secure.

The ensures that you are connecting to the official website and that any information you provide is encrypted and transmitted securely.

Objective: The aim of this study was to evaluate the diagnostic validity of the Korean version of the Geriatric Depression Scale (GDS-K) and its short form among elderly psychiatric patients.

Method: After three preliminary trials, the authors translated the GDS, including the Geriatric Depression Scale-Short Form (SGDS) into Korean. The GDS-K, the Korean version of the SGDS (SGDS-K), Hamilton Rating Scale for Depression (HRS-D), and the Center for Epidemiologic Studies Depression Scale (CES-D) were administered to 154 elderly psychiatric patients. In addition, the Diagnostic Interview Schedule (DIS-III-R) was administered independently to diagnose DSM-III-R major depression. Reliability and validity test, optimal cutoff point estimation, and receiver operating characteristics (ROC) curve analysis were performed to investigate the diagnostic validity of the GDS-K and SGDS-K.

Results: Internal consistency-reliability and concurrent validity of the GDS-K and SGDS-K associated with other depression scales (HRS-D, CES-D) were excellent. Content validity and discriminant validity, which differentiate DSM-III-R major depression from nonmajor depression was also good. We suggest a score of 16 as the optimal cutoff point of GDS-K for screening DSM-III-R major depression among clinical populations and a score of 8 as optimal cutoff score of SGDS-K. ROC curve analysis indicated high diagnostic validity for both GDS-K and SGDS-K in assessing DSM-III-R major depression. Moreover, we found that the GDS-K and SGDS-K were highly correlated (r=.9522). This finding suggests that the SGDS-K can be used as an adequate substitute for the GDS-K.

Conclusion: The GDS-K and SGDS-K proved valid and reliable case-finding tools for screening DSM-III-R major depression among the elderly psychiatric patients in Korea. The relatively high cutoff points of both the GDS-K and SGDS-K require further evaluation from the viewpoint of culturally determined response style in elderly Koreans.

Design and methods: The present study is a cross-national and cross-cultural evaluation of the performance of an abbreviated version of the Lubben Social Network Scale (LSNS-6), which was used to screen for social isolation among community-dwelling older adult populations in three European countries. Based on the concept of lack of redundancy of social ties we defined clinical cut-points of the LSNS-6 for identifying persons deemed at risk for social isolation.

Results: Among all three samples, the LSNS-6 and two subscales (Family and Friends) demonstrated high levels of internal consistency, stable factor structures, and high correlations with criterion variables. The proposed clinical cut-points showed good convergent validity, and classified 20% of the respondents in Hamburg, 11% of those in Solothurn (Switzerland), and 15% of those in London as at risk for social isolation.

Implications: We conclude that abbreviated scales such as the LSNS-6 should be considered for inclusion in practice protocols of gerontological practitioners. Screening older persons based on the LSNS-6 provides quantitative information on their family and friendship ties, and identifies persons at increased risk for social isolation who might benefit from in-depth assessment and targeted interventions.

Can you identify which operation causes the difference? It may be an improvement (bug fix, or algorithmic) on some operation, or just a case of a very unstable calculation depending on numerical inaccuracies.

In this example, A is non symmetric with norm=1.32E9, smaller eigenvalue is

-4.8e7 and the largest is -4.06 (large condition number). The resulting matrix of sqrt(A) has norm 8.58E39 and does not satisfy (sqrt(A))^2 - A = 0

Do your matrices have any repeated eigenvalues? The matrix sqrt code uses a blocked scheme for large nonsymmetric matrices which invokes a Sylvester solver that is unreliable if multiple eigenvalues show up in the same block. For some reason the Julia code ignores the error return from LAPACK in such cases.

Nonetheless, sqrt(schur(A).Schur) is the main culprit here and this matrix is UpperTriangular. I was thinking that Julia dispatches to a specific solver for triu matrices, using Lapack. Other interesting fact is the MKL error in all versions I tested.

I have read that hadoop is moving to YARN completely from v0.23 ( link1 ).

But at the same time its all over the web that hadoop v2.0 is moving to YARN ( link2 ) and I can see the YARN configuration files in Hadoop 2.2 itself.

There are a few active release series. The 1.x release series is a continuation of the 0.20release series. A few weeks after 0.23 released, the 0.20 branch formerly known as 0.20.205 was renumbered 1.0. There is next to no functional difference between 0.20.205 and 1.0. This is just a renumbering.

The 0.23 includes several major new features includes a new MapReduce runtime, called MapReduce 2, implemented on a new system called YARN (Yet Another Resource Negotiator), which is a general resource management system for running distributed applications. Similarly, 2.x release is a continuation of the 0.23 release series. So the 2.2 also support YARN.

I would suggest starting with Cloudera distribution since you just start learning. The CDH 4.5 includes the YARN feature you are looking for. You can also try HortonWorks distribution. The advantage of going with these vendors is that you do not need to worry about which version of components such as Hive, Pig to work with your Hadoop installation.

when I update a service (say our-service) to use the new version of our-logger i get logback included from other libraries, and gradle chooses the lower version coming through cobertura and some other dependencies, instead of the higher version coming through our-logger.

I want to share the AssemblyVersion property so that we can have a single point where to change the version number among the different solutions. My issue in creating a shared AssemblyInfo is that each solution has a different syntax for the AssemblyInfo

Note: The following text is a transcription of the Stone Engraving of the parchment Declaration of Independence (the document on display in the Rotunda at the National Archives Museum.) The spelling and punctuation reflects the original.

The unanimous Declaration of the thirteen united States of America, When in the Course of human events, it becomes necessary for one people to dissolve the political bands which have connected them with another, and to assume among the powers of the earth, the separate and equal station to which the Laws of Nature and of Nature's God entitle them, a decent respect to the opinions of mankind requires that they should declare the causes which impel them to the separation.

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