Several of the paintings at Dia:Beacon are composed of bands of primary colors lightened to the palest of washes, so the color is all but bleached out, a ghost of itself.
The active portion of each superframe is composed of three parts: beacon, CAP, and CFP.
Design and implementation of the localization system comes from the usage of active beacon systems each of which is composed of an RFID receiver and an ultra-sonic transmitter.
The superframe is composed of three parts: beacon, contention access period (CAP) and contention free period (CFP), as shown in Figure 3. CFP consists of a number of guaranteed time slots (GTS) and may include zero or single emergency guaranteed time slot (EGTS) or several EGTSs.
The molecular beacon is a DNA single strand composed of a loop region having a length of around 20 nucleotides with a sequence complementary to the target DNA and a stem region in which about ten terminal nucleotides are paired in a double strand (Fig. 1a) (Tan et al. 2000).
The active portion is divided into 16 equal time slots, as in the IEEE 802.15.7 standard, and is composed of three parts: a beacon, a contention access period (CAP), and a contention free period (CFP).
It is composed of three main parts (Figure 3): The beacon period: the beacon (Figure 4) is transmitted periodically by a MPNC to provide information about neighbor reservations and provide timing information that aids in synchronization.
On the other hand, from a user perspectIne, QoS as well as fairness among the users are of great importance.
The superframe is composed of the three major parts: the beacon, the optional contention access period (CAP), and the channel time allocation period (CTAP) or channel time allocation time (CTA).
Molecular-beacons are single-stranded hairpin shaped nucleic acid probes composed of a stem, with fluorophore/quencher pair and a loop region complementary to the desired DNA.
