One question: i had a trial dng for sentinel dongle that was functional among 7 - 14 october 2007. I installed sentinel drivers, started sentemul2007, loaded the dng file and the prog HAPPILY STARTED. Now the license was expired, so Cengineer (thanks to him!!!) sent me a permanent key to update the license. But even if SENTEMUL said me FULL license the prog said that no dongle was attached. In add, when i stop the service and start it again, always returns to EXPIRED LICENSE contact.
Sentinel Emulator 2007 Full 19
@Cengineer: at the end i solved my problem. Taken edge sentinel keygen and dumped the dongle dng trial, then solved with the keygen making a new dng. License for this dng is 91CE2573DD9A122923199EBC2D69A3B2DB0EF7A0629E13C1DF 257910761B120EFF06AC1FE0F22629DBC5E7E0D0F092998C85 F00A53C46E79E7E2773D98B6D4A7 i did a test applyng this license to the dng trial (i already have) and this make the emulation really full(dongle recognized and program ok) i don't know why keys you sent to me were wrong, but thanks for all the time you spent with me.
Hi Arun, I am created a dump file using the SENTEMUL2007.exe. Could please convert to dng file using EDGESPRO11.EXE. I will send my dump file alse could you please send me EDGESPRO11.EXE. My mail id is chandu5280@yahoo.com. Many thanks chandu Hi All Previously i asked license key in this board, but now I have successfully created full license key for my trial dng to work with SENTEMUL2007.exe, thanks to edge team.
Abstract:There is an increasing need to consistently combine observations from different sensors to monitor the state of the land surface. In order to achieve this, robust methods based on the inversion of radiative transfer (RT) models can be used to interpret the satellite observations. This typically results in an inverse problem, but a major drawback of these methods is the computational complexity. We introduce the concept of Gaussian Process (GP) emulators: surrogate functions that accurately approximate RT models using a small set of input (e.g., leaf area index, leaf chlorophyll, etc.) and output (e.g., top-of-canopy reflectances or at sensor radiances) pairs. The emulators quantify the uncertainty of their approximation, and provide a fast and easy route to estimating the Jacobian of the original model, enabling the use of e.g., efficient gradient descent methods. We demonstrate the emulation of widely used RT models (PROSAIL and SEMIDISCRETE) and the coupling of vegetation and atmospheric (6S) RT models targetting particular sensor bands. A comparison with the full original model outputs shows that the emulators are a viable option to replace the original model, with negligible bias and discrepancies which are much smaller than the typical uncertainty in the observations. We also extend the theory of GP to cope with models with multivariate outputs (e.g., over the full solar reflective domain), and apply this to the emulation of PROSAIL, coupled 6S and PROSAIL and to the emulation of individual spectral components of 6S. In all cases, emulators successfully predict the full model output as well as accurately predict the gradient of the model calculated by finite differences, and produce speed ups between 10,000 and 50,000 times that of the original model. Finally, we use emulators to invert leaf area index (LAI), leaf chlorophyll content (Cab) and equivalent leaf water thickness (Cw) from a time series of observations from Sentinel-2/MSI, Sentinel-3/SLSTR and Proba-V observations. We use sophisticated Hamiltonian Markov Chain Monte Carlo (MCMC) methods that exploit the speed of the emulators as well as the gradient estimation, a variational data assimilation (DA) method that extends the problem with temporal regularisation, and a particle filter using a regularisation model. The variational and particle filter approach appear more successful (meaning parameters closer to the truth, and smaller uncertainties) than the MCMC approach as a result of using the temporal regularisation mode. These work therefore suggests that GP emulators are a practical way to implement sophisticated parameter retrieval schemes in an era of increasing data volumes.Keywords: radiative transfer; emulation; inverse problems; data assimilation; gaussian processes
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displayLikeStats("/g/users", 0, 33918006, false) Luiz Augusto von Dentz $('#timedispmsg33918011').replaceWith(DisplayShortTime(1512654277000000000, false)); #352 Hi Vakul,On Thu, Dec 7, 2017 at 5:38 AM, Vakul Garg wrote:HiI am running IPSP sample app using qemu_86 (on master branch).I have enabled following to detect stack corruption.+CONFIG_DEBUG=y+CONFIG_STACK_USAGE=y+CONFIG_STACK_SENTINEL=yThis results in stack check error.I tried attaching gdb, but the qemu itself terminates resulting on closureof debug connectionCan someone give me pointers how to debug the same?***** Stack Check Fail! *****Current thread ID = 0x004035a0Faulting segment:address = 0x0008:0x00003f6feax: 0x5be0cd19, ebx: 0xa54ff53a, ecx: 0x6a09e667, edx: 0x3c6ef372esi: 0x1f83d9ab, edi: 0x510e527f, ebp: 0x9b05688c, esp: 0x0041dff8eflags: 0x202Terminate emulator due to fatal kernel erroraddr2line -e zephyr/zephyr.elf 0x00003f6f/home/vudentz/git/zephyr-github/ext/lib/crypto/tinycrypt/source/hmac_prng.c:187This is with samples/bluetooth/ipsp sample build with -DBOARD=qemu_x86RegardsVakul_______________________________________________Zephyr-users mailing listZephyr-users@... -users-- Luiz Augusto von Dentz More All Messages By This Member
displayLikeStats("/g/users", 0, 33918011, false) Vakul Garg $('#timedispmsg33918013').replaceWith(DisplayShortTime(1512713325000000000, false)); #354 Thanks. I could resolve this issue on qemu_x86 by increasing MAIN_STACK_SIZE in the configuration.I am not sure whether increasing stack size is required for my hardware board as well or is it only qemu_x86 which exhausted the stack and detected stack overflow.I am debugging some issue on ARM based board (frdm-k64f) where I suspected corruption.Does the stack check feature works on arm as well the same way as it worked over qemu_x86?For the hardware board, zephyr/.config shows HW_STACK_PROTECTION=n. toggle quoted messageShow quoted text -----Original Message-----From: Luiz Augusto von Dentz [mailto:luiz.dentz@...]Sent: Thursday, December 07, 2017 7:15 PMTo: Vakul Garg Cc: zephyr-users@...Subject: Re: [Zephyr-users] Stack check failure with qemu_x86Hi Vakul,On Thu, Dec 7, 2017 at 5:38 AM, Vakul Garg wrote:HiI am running IPSP sample app using qemu_86 (on master branch).I have enabled following to detect stack corruption.+CONFIG_DEBUG=y+CONFIG_STACK_USAGE=y+CONFIG_STACK_SENTINEL=yThis results in stack check error.I tried attaching gdb, but the qemu itself terminates resulting onclosure of debug connectionCan someone give me pointers how to debug the same?***** Stack Check Fail! *****Current thread ID = 0x004035a0Faulting segment:address = 0x0008:0x00003f6feax: 0x5be0cd19, ebx: 0xa54ff53a, ecx: 0x6a09e667, edx: 0x3c6ef372esi: 0x1f83d9ab, edi: 0x510e527f, ebp: 0x9b05688c, esp: 0x0041dff8eflags: 0x202Terminate emulator due to fatal kernel erroraddr2line -e zephyr/zephyr.elf 0x00003f6f/home/vudentz/git/zephyr-github/ext/lib/crypto/tinycrypt/source/hmac_prng.c:187This is with samples/bluetooth/ipsp sample build with -DBOARD=qemu_x86RegardsVakul_______________________________________________Zephyr-users mailing listZephyr-users@... =https%3A%2F%2Flists.zephyrproject.org%2Fmailman%2Flistinfo%2Fzephyr-users&data=02%7C01%7Cvakul.garg%40nxp.com%7C20e3ff6b7a5f4e6bc3dd08d53d78aa01%7C686ea1d3bc2b4c6fa92cd99c5c301635%7C0%7C0%7C636482510819985701&sdata=MZDhH8jJ73tTie6npumV7caNM3jtDFJoG1WA9gZtLIY%3D&reserved=0--Luiz Augusto von Dentz $('#quoted-33918013').on('show.bs.collapse', function () $('#qlabel-33918013').text("Hide quoted text"); ) $('#quoted-33918013').on('hide.bs.collapse', function () $('#qlabel-33918013').text("Show quoted text"); ) More All Messages By This Member
displayLikeStats("/g/users", 0, 33918013, false) Boie, Andrew P $('#timedispmsg33918027').replaceWith(DisplayShortTime(1513012058000000000, false)); #368 There's no need to enable the stack sentinel on this target. 2ff7e9595c
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