I have an older HP laptop running Windows 7 Home Premium and have wiped the hard drive clean. I re-installed Movie Studio HD 11 and it ran fine until the trial period ended. It now says I need to register it and obtain a Authentication code. I have a hard copy CD that I purchased that has a serial number and authentication code on it but that does not work. I went on Magix site and entered the serial# to get authentication and it says it needs to be registered. But when I try to register it, Magix says that serial number has already been registered. Can anyone help?
Vegas Pro 11 Serial Number And Authentication Code EXCLUSIVE
Hello, I would like to know what the "Optional Authentication Code" that Sony products come with is for. I bought the sony vegas 13 online and they only gave me the serial to activate it. However, I have seen that when you buy it on its original disc it comes with something called "Optional Authentication Code" I would like to know what that is for. Thank yound if it is necessary to have that authentication code or not?
Well I don't think it's someone authorized, because a person online sold it to me, he gave me his serial number at a cheap price and I registered it in my magix account and I registered without problems and downloaded the program and installed and activated it. I know it's obsolete but that doesn't bother me, since I've always used it and it works fine for me on my Windows 11. What I wanted to know is if it's necessary to have the optional authentication code or not and what that code is for. Thank you
I still use VP-9 occasionally on my old Vista PC. VP-9 and most SCS software were not limited to only two PCs. In the help menu's 'about VP', it states "this software is licensed to" 'my name' and states the serial code and machine ID.
I have the original box of Movie Studio Platinum, another version of the one I bought, and inside it comes the original disc and a sony card where the serial to activate it is, and under the serial it has something called "optional authentication code". It also comes with the architec Studio DVD with its serial number and another optional authentication code. But I could already find on the sony vegas page what the optional authentication code is for.
"An optional authentication code is included with the serial number on the insert found in boxed product. If you purchase a downloadable application, you will not need or receive an optional authentication code."
I have an older laptop running Windows 7 Home Premium and have wiped the hard drive clean. I re-installed Movie Studio HD 11 and it ran fine using the included s# and "Optional Authentication code" (that came with the CD) until the trial period ended. It now says I need to register it and obtain a Authentication code. I went on Magix site and entered the serial# to get authentication and it says it needs to be registered. But when I try to register it Magix says that serial number has already been registered. Can anyone help?
Workaround: It may be possible to detect the HTTP status code in the response, and manually detach the client-side. To do so, use an iRule similar to the following: when HTTP_RESPONSE if [HTTP::status] == 200 return if [HTTP::status] == 401 set auth_header [string tolower [HTTP::header values "WWW-Authenticate"]] if # Connection-oriented auth. System should already be doing the right thing unset auth_header return unset auth_header catch ONECONNECT::detach enable . Note: These workarounds should not be used when the backend server is using connection-oriented HTTP authentication (e.g., NTLM or Negotiate authentication).
Symptoms: Windows Machine cert checker doesn't work as expected if issuer or AltName is specified. User cannot pass access policy even with valid machine cert. Logs in client PC can be produced, such as: EXCEPTION - CCertCheckCtrl::Verify FindCertificateInStore failed with error code: and CCertCheckCtrl::Verify, Store name:"MY", Store location:"LocalMachine", Subject match FQDN:"1", Allow elevation UI:"0", Serial number(HEX):"", Issuer:"??????????????????????", SubjectAltName:""
In this work, to achieve an accuracy comparable to that of state-of-the-art fingerprint and iris biometrics, we designed a multichannel identity authentication system based on bioacoustic spectroscopy and evaluated how the accuracy changes as a function of the number of sensing channels. In addition to the number of receiving channels, we investigated individual frequency features by comparing the performances at different numbers of selected frequencies to the performance obtained using the full-frequency spectra in conjunction with the use of forward-feature selection and an exhaustive combination search. The performance of a convolutional neural network (CNN) algorithm that automatically extracts hierarchical features is compared with those achieved by other machine learning algorithms based on feature selection.
These processes were repeated 10 times to extract average accuracy and standard deviation. In existing biometric authentication methods, performance may decrease linearly as the number of users increases [67,68], or the rate of decrease in performance can be decelerated non-linearly [69]. As shown in Figure 11, the results of the analysis were presented as boxplots, and the accuracy was shown to decrease as the number of selected subjects increased. We note that the decrease in the classification accuracy was decelerated with the increasing number of subjects. The slowdown of the accuracy degeneration led us to assume that the accuracy prediction curve as the number of subjects increased is non-linear and can be extrapolated by fitting a log-scale exponential function to the data.
Another key aspect of our work is that we suggest a method to increase the overall operation speed in comparison with our previous study. Compared with the previous study, we optimized the hardware operation by decreasing the frequency scanning points by half and reducing the acquisition time at each frequency by half. In addition, through frequency feature selection, acquisition frequency features were reduced without loss of accuracy, thus shortening the authentication time of the overall system. Through all these processes, the authentication time could be drastically reduced from 15 s to 2.5 s. By selecting fewer numbers of frequency features, the operation time can be further reduced to less than a second. This could suggest a method to overcome the limitations of acoustic biometric authentication research for commercialization. In addition, through the hardware design of the 1:5 (1 send: 5 receive) method, a system capable of simultaneously acquiring five multi-channel signals from one acoustic selection was implemented. Therefore, despite the further increase in the number of channels and the number of features of the acquired signal, authentication can be performed without slowing down the operation speed. 2ff7e9595c
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