incapacitated persons, and processing them according to statute).
New
maintenance
procedures will
be
developed
and
employed to comply with other relevant statutes when
implemented, assuming that data and/or processes from external agencies are available.
D. Persons filing affidavits pursuant to F.S.
ยง 40.011 will
be
added
to
the
EJM
database
through an on-line process within two working days upon receipt
of
the affidavit.
4. Juror Selection Process (Excluding Statewide Grand Jury):
A. The selection
of
candidates for weekly petit
jury
pools is done four to six weeks in
advance
of
the reporting date.
For
local Grand Jury, selection
of
candidates is done twice
a
year
, four to six weeks in advance
of
the reporting date.
B. The Jury Pool Manager/Grand Jury Clerk
or
their respective designees, will use EJM to
enter the jury pool location/jury district and the number
of
jurors
required (minimum
of
250
per
F.S. ยง 40.02) for the serve date specified. No other information is supplied by the
Clerk
or
designee, unless
jurors
have previously been deferred
to
the serve date specified
(refer to deferral process below). The
EJM
will select and
summons
the
number
of
jurors
requested. Data associated with the
se
lection
of
a
juror
pool (e.g., date, number
of
jurors
requested) is stored for future retrieval and reporting.
C.
Prior to invoking the process for randomly selecting jurors,
EJM
determines the number
of
jurors
previously deferred to the
serve
date specified.
If
any
jurors
are
deferred
to
that
date, the user will be notified
in
EJM
and will have the option to choose
how
man
y
of
those jurors should be included
in
this pool. EJM will randomly select the chosen number
of
deferred
jurors
to include in the pool from the total deferred records available for that
date. These
se
lected records will
be
included in the pool and the
number
will be
subtracted from the total
number
requested. The result is the
number
of
jurors
that
EJM
must
randomly select from the
juror
database.
D. The
EJM
random selection process
is
then invoked for each
jury
pool
requested. For this
process, EJM uses the Microsoft Enhanced Cryptographic Service Provider (CSP) which
implements a cryptographically strong random number generator that uses many
unpredictable inputs to create the random seed. By providing
many
unpredictable inputs
to generate the random seed,
th
e algorithm is able to generate
an
unpredictable, random
starting point for any random number generator. Microsoft's System Security
Cryptography
RNG
Crypto Service Provider is the most cryptographically strong random
number generator available
on
the Windows platform.
In Microsoft's CSP, the CryptGenRandom function uses the
same
random number
generator used by other security components. This allo
ws
numerous processes to
contribute to a system-wide seed. CryptoAPI stores an intermediate random seed with
every user. To form the seed for the random number
ge
nerator, a calling application
supplies bits
it
might have, for instance, mouse
or
keyboard
timing
input. Those bits are
then added to both the stored seed as well as various system data
and
user data such as the
process ID and thread ID, the system clock, the system time, the system counter, memory
Pinellas
Co
unty Juror Selection Plan
3
of5
December 2, 2022