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Here is my new invention
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Amine Moulay Ramdane
Oct 10, 2021, 2:34:57 PM10/10/21
to
Hello,
I am a white arab, and i think i am smart since i have also
invented many scalable algorithms and algorithms..
Here is my new invention of a fast, and scalable and starvation-free and fair and lightweight Multiple-Readers-Exclusive-Writer Lock called LW_RWLockX, and now i have included two units that are called MREWEx and LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and TLightweightMREW classes that are scalable and starvation-free and fair since they are using my Scalable LW_RWLockX that is starvation-free and fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant (recursive), so in other words, if a thread already called BeginWrite(), it can call BeginWrite() again and it will succeed and it will not deadlock, and the same applies to BeginRead(), please take a look at them inside the source code of my units.
You can download it from my website here:
https://sites.google.com/site/scalable68/new-variants-of-scalable-rwlocks
Here is also my way of how i am becoming rich:
First i want to say that i have passed four IQ tests and some of them
are certified and i have scored high, so i am highly smart, second,
my methodology is also that i am reading many PhD papers of researchers and i am seeking the weaknesses of them, and i have found many weaknesses on those PhD papers and from those weaknesses i have invented many software scalable algorithms and algorithms and i have invented some powerful software tools for parallelism etc., so i give you an example of one of my invention that is: A Scalable reference counting with efficient support for weak references, so that you understand that i am truthful, here it is:
https://sites.google.com/site/scalable68/scalable-reference-counting-with-efficient-support-for-weak-references
But the truth is that i have invented many scalable algorithms such
as this one, and i have made public some of them. And here is another example of how i am inventive and creative in operational research too, i have just read the following book (and of other books like it) of a PhD researcher about operational research and capacity planning, here they are:
Performance by Design: Computer Capacity Planning by Example
https://www.amazon.ca/Performance-Design-Computer-Capacity-Planning/dp/0130906735
So i have just found that there methodologies of those PhD researchers for the E-Business service don't work, because they are doing calculations for a given arrival rate that is statistically and empirically measured from the behavior of customers, but i think that it is not correct, so i am being inventive and i have come with my new methodology that fixes the arrival rate from the data by using an hyperexponential service distribution(and it is mathematical) since it is also good for Denial-of-Service (DoS) attacks and i will write a powerful book about it that will teach my new methodology and i will also explain the mathematics behind it and i will sell it, and my new methodology will work for cloud computing and for computer servers.
You can read more about my education and my way of doing here:
And here is more proof of the fact that i have invented many scalable algorithms and algorithms:
https://groups.google.com/g/comp.programming.threads/c/V9Go8fbF10k
Thank you,
Amine Moulay Ramdane.
I am a white arab, and i think i am smart since i have also
invented many scalable algorithms and algorithms..
Here is my new invention of a fast, and scalable and starvation-free and fair and lightweight Multiple-Readers-Exclusive-Writer Lock called LW_RWLockX, and now i have included two units that are called MREWEx and LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and TLightweightMREW classes that are scalable and starvation-free and fair since they are using my Scalable LW_RWLockX that is starvation-free and fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant (recursive), so in other words, if a thread already called BeginWrite(), it can call BeginWrite() again and it will succeed and it will not deadlock, and the same applies to BeginRead(), please take a look at them inside the source code of my units.
You can download it from my website here:
https://sites.google.com/site/scalable68/new-variants-of-scalable-rwlocks
Here is also my way of how i am becoming rich:
First i want to say that i have passed four IQ tests and some of them
are certified and i have scored high, so i am highly smart, second,
my methodology is also that i am reading many PhD papers of researchers and i am seeking the weaknesses of them, and i have found many weaknesses on those PhD papers and from those weaknesses i have invented many software scalable algorithms and algorithms and i have invented some powerful software tools for parallelism etc., so i give you an example of one of my invention that is: A Scalable reference counting with efficient support for weak references, so that you understand that i am truthful, here it is:
https://sites.google.com/site/scalable68/scalable-reference-counting-with-efficient-support-for-weak-references
But the truth is that i have invented many scalable algorithms such
as this one, and i have made public some of them. And here is another example of how i am inventive and creative in operational research too, i have just read the following book (and of other books like it) of a PhD researcher about operational research and capacity planning, here they are:
Performance by Design: Computer Capacity Planning by Example
https://www.amazon.ca/Performance-Design-Computer-Capacity-Planning/dp/0130906735
So i have just found that there methodologies of those PhD researchers for the E-Business service don't work, because they are doing calculations for a given arrival rate that is statistically and empirically measured from the behavior of customers, but i think that it is not correct, so i am being inventive and i have come with my new methodology that fixes the arrival rate from the data by using an hyperexponential service distribution(and it is mathematical) since it is also good for Denial-of-Service (DoS) attacks and i will write a powerful book about it that will teach my new methodology and i will also explain the mathematics behind it and i will sell it, and my new methodology will work for cloud computing and for computer servers.
You can read more about my education and my way of doing here:
And here is more proof of the fact that i have invented many scalable algorithms and algorithms:
https://groups.google.com/g/comp.programming.threads/c/V9Go8fbF10k
Thank you,
Amine Moulay Ramdane.
Bonita Montero
Oct 10, 2021, 2:48:14 PM10/10/21
to
Am 10.10.2021 um 20:34 schrieb Amine Moulay Ramdane:
> Hello,
>
>
> I am a white arab, and i think i am smart since i have also
> invented many scalable algorithms and algorithms..
>
> Here is my new invention of a fast, and scalable and starvation-free and fair and lightweight Multiple-Readers-Exclusive-Writer Lock called LW_RWLockX, and now i have included two units that are called MREWEx and LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and TLightweightMREW classes that are scalable and starvation-free and fair since they are using my Scalable LW_RWLockX that is starvation-free and fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant (recursive), so in other words, if a thread already called BeginWrite(), it can call BeginWrite() again and it will succeed and it will not deadlock, and the same applies to BeginRead(), please take a look at them inside the source code of my units.
You're an idiot !
> Hello,
>
>
> I am a white arab, and i think i am smart since i have also
> invented many scalable algorithms and algorithms..
>
> Here is my new invention of a fast, and scalable and starvation-free and fair and lightweight Multiple-Readers-Exclusive-Writer Lock called LW_RWLockX, and now i have included two units that are called MREWEx and LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and TLightweightMREW classes that are scalable and starvation-free and fair since they are using my Scalable LW_RWLockX that is starvation-free and fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant (recursive), so in other words, if a thread already called BeginWrite(), it can call BeginWrite() again and it will succeed and it will not deadlock, and the same applies to BeginRead(), please take a look at them inside the source code of my units.
Multiple reader, exlusive writer locks are *never* starvation-free.
Readers can hold the lock infinetely and weiters as well.
Amine Moulay Ramdane
Oct 10, 2021, 3:02:29 PM10/10/21
to
is that a Multiple-Readers-Exclusive-Writer Lock is starvation-free,
what i mean by starvation-free is that in my algorithm the readers
don't starve the writers and the writers don't starve the readers,
it is what we call starvation-free, and i think my invention is scalable
and starvation-free and fair.
Amine Moulay Ramdane
Oct 10, 2021, 3:09:47 PM10/10/21
to
On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
you have just to use it correctly and avoid this case,
I think you are making a mistake and you are not understanding what
is that a Multiple-Readers-Exclusive-Writer Lock is starvation-free,
what i mean by starvation-free is that in my algorithm the readers
don't starve the writers and the writers don't starve the readers,
it is what we call starvation-free, and i think my invention is scalable
and starvation-free and fair.
is that a Multiple-Readers-Exclusive-Writer Lock is starvation-free,
what i mean by starvation-free is that in my algorithm the readers
don't starve the writers and the writers don't starve the readers,
it is what we call starvation-free, and i think my invention is scalable
and starvation-free and fair.
Amine Moulay Ramdane
Oct 10, 2021, 3:11:23 PM10/10/21
to
On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
you have just to use it correctly and avoid this case,
I think you are making a mistake and you are not understanding what
is that a Multiple-Readers-Exclusive-Writer Lock is starvation-free,
what i mean by starvation-free is that in my algorithm the readers
don't starve the writers and the writers don't starve the readers,
it is what we call starvation-free, and i think my invention is scalable
and starvation-free and fair.
I think you are making a mistake and you are not understanding what
is that a Multiple-Readers-Exclusive-Writer Lock is starvation-free,
what i mean by starvation-free is that in my algorithm the readers
don't starve the writers and the writers don't starve the readers,
it is what we call starvation-free, and i think my invention is scalable
and starvation-free and fair.
Branimir Maksimovic
Oct 10, 2021, 8:11:14 PM10/10/21
to
Sleeper has awaken :p
--
7-77-777
Evil Sinner!
with software, you repeat same experiment, expecting different results...
Branimir Maksimovic
Oct 10, 2021, 8:14:21 PM10/10/21
to
On 2021-10-10, Amine Moulay Ramdane <amin...@gmail.com> wrote:
> On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
>> Am 10.10.2021 um 20:34 schrieb Amine Moulay Ramdane:
>> > Hello,
>> >
>> >
>> > I am a white arab, and i think i am smart since i have also
>> > invented many scalable algorithms and algorithms..
>> >
>> > Here is my new invention of a fast, and scalable and starvation-free and
>> > fair and lightweight Multiple-Readers-Exclusive-Writer Lock called
>> > LW_RWLockX, and now i have included two units that are called MREWEx and
>> > LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and
>> > TLightweightMREW classes that are scalable and starvation-free and fair
>> > since they are using my Scalable LW_RWLockX that is starvation-free and
>> > fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant
>> > (recursive), so in other words, if a thread already called BeginWrite(),
>> > it can call BeginWrite() again and it will succeed and it will not
>> > deadlock, and the same applies to BeginRead(), please take a look at them
>> > inside the source code of my units.
>> You're an idiot !
>>
>> Multiple reader, exlusive writer locks are *never* starvation-free.
>> Readers can hold the lock infinetely and weiters as well.
>
> This holding the lock infinetely and wreiters is not counted, since
> you have just to use it correctly and avoid this case,
If used correctly you don't need any lock :P
> On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
>> Am 10.10.2021 um 20:34 schrieb Amine Moulay Ramdane:
>> > Hello,
>> >
>> >
>> > I am a white arab, and i think i am smart since i have also
>> > invented many scalable algorithms and algorithms..
>> >
>> > Here is my new invention of a fast, and scalable and starvation-free and
>> > fair and lightweight Multiple-Readers-Exclusive-Writer Lock called
>> > LW_RWLockX, and now i have included two units that are called MREWEx and
>> > LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and
>> > TLightweightMREW classes that are scalable and starvation-free and fair
>> > since they are using my Scalable LW_RWLockX that is starvation-free and
>> > fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant
>> > (recursive), so in other words, if a thread already called BeginWrite(),
>> > it can call BeginWrite() again and it will succeed and it will not
>> > deadlock, and the same applies to BeginRead(), please take a look at them
>> > inside the source code of my units.
>> You're an idiot !
>>
>> Multiple reader, exlusive writer locks are *never* starvation-free.
>> Readers can hold the lock infinetely and weiters as well.
>
> This holding the lock infinetely and wreiters is not counted, since
> you have just to use it correctly and avoid this case,
Locks are for synchronization, which is not good thing :P
>
>
> Thank you,
> Amine Moulay Ramdane.
LOVE&PEACE
Bonita Montero
Oct 11, 2021, 2:11:44 AM10/11/21
to
Am 10.10.2021 um 21:09 schrieb Amine Moulay Ramdane:
> On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
>> Am 10.10.2021 um 20:34 schrieb Amine Moulay Ramdane:
>>> Hello,
>>>
>>>
>>> I am a white arab, and i think i am smart since i have also
>>> invented many scalable algorithms and algorithms..
>>>
>>> Here is my new invention of a fast, and scalable and starvation-free and fair and lightweight Multiple-Readers-Exclusive-Writer Lock called LW_RWLockX, and now i have included two units that are called MREWEx and LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and TLightweightMREW classes that are scalable and starvation-free and fair since they are using my Scalable LW_RWLockX that is starvation-free and fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant (recursive), so in other words, if a thread already called BeginWrite(), it can call BeginWrite() again and it will succeed and it will not deadlock, and the same applies to BeginRead(), please take a look at them inside the source code of my units.
>> You're an idiot !
>>
>> Multiple reader, exlusive writer locks are *never* starvation-free.
>> Readers can hold the lock infinetely and weiters as well.
>
> This holding the lock infinetely and wreiters is not counted, since
> you have just to use it correctly and avoid this case, ...
> On Sunday, October 10, 2021 at 2:48:14 PM UTC-4, Bonita Montero wrote:
>> Am 10.10.2021 um 20:34 schrieb Amine Moulay Ramdane:
>>> Hello,
>>>
>>>
>>> I am a white arab, and i think i am smart since i have also
>>> invented many scalable algorithms and algorithms..
>>>
>>> Here is my new invention of a fast, and scalable and starvation-free and fair and lightweight Multiple-Readers-Exclusive-Writer Lock called LW_RWLockX, and now i have included two units that are called MREWEx and LighweightMREWEx that include TMultiReadExclusiveWriteSynchronizer and TLightweightMREW classes that are scalable and starvation-free and fair since they are using my Scalable LW_RWLockX that is starvation-free and fair, also BeginRead() and BeginWrite() of LightweightMREWEx are reentrant (recursive), so in other words, if a thread already called BeginWrite(), it can call BeginWrite() again and it will succeed and it will not deadlock, and the same applies to BeginRead(), please take a look at them inside the source code of my units.
>> You're an idiot !
>>
>> Multiple reader, exlusive writer locks are *never* starvation-free.
>> Readers can hold the lock infinetely and weiters as well.
>
> This holding the lock infinetely and wreiters is not counted, since
I just falsified your assumtion that a multiple reader,
exlusive writer lock could be starvation-free by itself.
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